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Why Choose Ready-Mix Concrete Services for Your Project

Tue, 24 Mar 2026 17:06:27 GMT

When planning a construction project in Ocean Isle Beach, NC, understanding the value of ready-mix concrete services can significantly impact your results. Whether building a new driveway, patio, foundation, or pool deck, opting for ready-mix concrete with a trusted provider like Southport Concrete Corp. provides unmatched consistency, quality, and convenience to meet your project’s demands. If you want your concrete project done right the first time with materials specifically designed for coastal conditions, keep reading to learn how Southport Concrete Corp. and ready-mix concrete services can make all the difference in delivering strength, durability, and efficiency for your residential or commercial build.

The Benefits of Ready-Mix Concrete Services for Residential and Commercial Projects

Ready-mix concrete services bring a range of valuable benefits to both residential and commercial construction projects. Here’s why more property owners and contractors in Ocean Isle Beach, NC, are choosing this option:

Tailored Concrete Blends: One of the biggest advantages is that concrete mixtures are precisely formulated to meet the specific needs of each project. Whether you’re pouring a strong foundation for a commercial building or building a beautiful patio at home, the customized mix ensures the right balance of strength and durability.
Consistent Quality: Unlike on-site mixing, which can vary depending on equipment and operator experience, ready-mix concrete is prepared in controlled environments. This guarantees that every batch adheres to strict quality standards.
Reduced Risks: With ready-mix concrete, risks such as weak spots, uneven setting, or improper curing are significantly minimized. These factors are crucial when aiming for a long-lasting final structure.
Peace of Mind: Using ready-mix concrete services provides homeowners and contractors confidence that their projects will benefit from superior, reliable materials, leading to high-quality, durable results across many types of applications.

Consistency, Strength, and Quality Control: Hallmarks of Ready-Mix Concrete

One of the most compelling reasons to select ready-mix concrete over traditional on-site mixing is the unmatched consistency achieved throughout each batch. Ready-mix plants use modern technology and skilled technicians to blend materials such as cement, aggregates, water, and admixtures in precise ratios. This scientific process guarantees that every cubic yard of concrete delivered conforms to the specified strength and performance standards.

Concrete strength is essential to withstand loads and environmental challenges over time. When designing projects in Ocean Isle Beach, NC, where structural integrity matters greatly, this factor cannot be overstated. Quality control in ready-mix concrete production involves routine testing and inspections, ensuring that your concrete meets all applicable industry standards.

Why Proper Concrete Mixtures Matter in Coastal Environments

Coastal areas like Ocean Isle Beach, NC, present unique challenges for construction materials due to salt air, high moisture levels, and humidity. These elements can accelerate corrosion in steel reinforcements and promote concrete deterioration if the mixture is not properly designed to mitigate these impacts.

Using ready-mix concrete tailored for coastal environments helps protect your investment. Specialized mixtures may include additives and admixtures that enhance resistance to chloride penetration, reduce permeability, and improve durability against salt-induced damage. This results in concrete that withstands the corrosive effects commonly experienced in oceanfront and nearby properties, preserving the structural soundness of marine-facing foundations, sidewalks, and pool decks.

Time-Saving Advantages Compared to On-Site Mixing

Time efficiency is another significant advantage of ready-mix concrete services in Ocean Isle Beach, NC. On-site mixing requires purchasing and managing raw materials, assembling mixing equipment, and closely monitoring mix ratios, all of which consume valuable labor hours and open the door to potential errors.

Ready-mix concrete arrives at your job site ready to be poured, reducing project timelines considerably. This accelerated workflow minimizes delays caused by weather changes or equipment failures. Moreover, this efficiency is crucial for contractors working under tight schedules or homeowners eager to complete their outdoor spaces quickly.

Ideal Projects for Ready-Mix Concrete

Ready-mix concrete is incredibly versatile and fits a variety of applications, making it suitable for many residential and commercial projects in Ocean Isle Beach, NC.

Some of the most common uses include:

Driveways: Durable and smooth surfaces for vehicles with excellent load-bearing properties.
Patios: Aesthetic and functional outdoor spaces that withstand weather elements.
Foundations: Strong bases designed to support buildings and structures safely.
Sidewalks and Walkways: Safe, even, and long-lasting paths for pedestrian use.
Slabs: Structural floors and platforms ideal for garages, warehouses, and commercial units.
Pool Decks: Slip-resistant, durable surrounds for pools in coastal environments.

The Local Advantage: Working With Southport Concrete Corp.

Choosing a local supplier like Southport Concrete Corp. offers distinct advantages for your concrete needs. Local companies understand regional requirements and climate impacts better than distant providers. They can offer tailored concrete mixes that address Ocean Isle Beach’s environmental factors, such as humidity and salt air.

Additionally, proximity improves delivery timing, ensuring concrete arrives fresh and ready to pour without delays. Timely delivery is critical because any extended waiting can lead to premature setting or insufficient settling, compromising quality. Southport Concrete Corp.’s local expertise and logistics support maximize efficiency and convenience throughout your project timeline.

Ready to Start Your Concrete Project?

If you’re looking to enhance your residential or commercial project with durable, high-quality concrete, consider the many benefits of ready-mix concrete services. With superior consistency, strength tailored for coastal conditions, and efficient delivery from a dependable local supplier, your project will stand the test of time. Contact Southport Concrete Corp. today to learn more about how their ready-mix solutions can bring your vision to life with ease and professionalism.

Choosing a Ready-Mix Cement Supplier in Ocean Isle Beach, NC

Tue, 24 Mar 2026 16:03:23 GMT

Finding the right ready-mix cement supplier is one of the most important steps when planning a building project in Ocean Isle Beach, NC. The quality of the mix affects strength, safety, and long-term durability. When you choose a supplier with the right experience, your project is more likely to stay on schedule and perform well for years. Contact us today at 910-457-4441 to speak with Southport Concrete Corp. about dependable service and support for your concrete needs.

Projects along the coast need special attention because of moisture, salt exposure, and soil conditions. This is why working with a knowledgeable supplier makes a major difference. A skilled team can help you choose the right mix, explain delivery timing, and support both small residential pours and large commercial jobs.

Why Supplier Experience Matters in Ocean Isle Beach

Experience plays a key role in concrete performance. A ready-mix cement supplier with years of work in the area understands what local builders need. Coastal conditions can affect curing times, mix strength, and long-term stability. A team that knows the environment can guide you toward better choices that protect your structure.

Benefits of Choosing an Experienced Supplier

Better understanding of common building challenges
Ability to recommend mixes that resist moisture
More accurate scheduling and planning
Higher consistency in quality and delivery

When a project involves foundations, driveways, patios, walkways, or slabs, dependable guidance can save time and reduce costly mistakes.

Quality Control and Mix Consistency

Quality control is one of the most important traits of any ready-mix cement supplier. Concrete needs the right balance of ingredients to reach its full strength. When the mix is not consistent, issues like cracking, chipping, or early wear can appear later.

What Strong Quality Control Includes

Accurate ingredient measurements
Regular testing of materials
Clean equipment
Well-maintained trucks
Clear communication with contractors

Reliable suppliers test every batch before sending it out. They also use repeatable standards so that every order meets local building codes. This is especially important for structural jobs or commercial projects where precision cannot be overlooked.

If you want to learn more about mix options, check our ready-mix cement page.

On-Time Delivery and Clear Scheduling

Timing is critical when working with concrete. Delays can affect the final finish, shift project costs, and disrupt crew scheduling. A trusted ready-mix cement supplier provides accurate delivery windows and stays in contact throughout the process.

Why Timing Matters

Concrete begins curing as soon as it is mixed.
Delays can change how well the slab sets.
Larger pours require careful coordination
Crews need to be ready when the truck arrives.

A dependable supplier will work closely with contractors, homeowners, and project managers. They plan ahead for weather, traffic, and the unique needs of coastal construction. This helps ensure your project runs smoothly from start to finish.

Equipment and Fleet Capabilities

A ready-mix cement supplier is only as strong as their equipment. Trucks must be clean, well-maintained, and large enough to support demand. Proper equipment helps keep the mix uniform and ensures the concrete stays workable.

Key Equipment Features to Look for

Modern mixing trucks with rotating drums
Reliable vehicles for long-distance transport
Clean interiors to avoid contamination
Backup trucks for busy days

When a fleet is maintained, the supplier can deliver concrete without delay, even during peak building seasons. This makes scheduling easier for everyone involved. Southport Concrete Corp. has invested in strong, dependable equipment to help customers complete projects with confidence.

Local Knowledge of Coastal Conditions

Ocean Isle Beach has unique soil and moisture conditions that affect concrete performance. Sand-based soil requires careful preparation, and coastal humidity impacts curing times. Salt in the air can also affect long-term strength if mixes are not designed correctly.

How Local Knowledge Helps

Understanding how soil affects foundation stability
Choosing mixes that resist corrosion
Adjusting water content for coastal humidity
Recognizing seasonal weather patterns

Builders who choose a supplier familiar with the area can feel confident that the mix will perform well. Local expertise makes a major difference in both small and large projects.

How Southport Concrete Corp. Ensures Reliable Service

Southport Concrete Corp. provides dependable support for residential and commercial customers in the Ocean Isle Beach area. Every project, from home patios to large construction sites, receives careful attention.

What sets Southport Concrete Corp. apart

Strong quality control for consistent mixes
On-time delivery and coordinated scheduling
Knowledge of coastal soil and moisture conditions
Experienced staff who understand local needs
A reliable fleet prepared for high-demand days

Customers rely on the team because they take the time to plan every detail. Whether you are pouring a foundation, building a driveway, or starting a commercial project, Southport Concrete Corp. delivers mixes that last.

Start Your Project with a Trusted Supplier

Choosing the right ready-mix cement supplier can save time, protect your investment, and improve the final result. If you want reliable service from a team that understands the Ocean Isle Beach area, Southport Concrete Corp. is here to help. Call us at 910-457-4441 now for a quote or send us a message to begin planning your next project.

Residential Ready-Mix Concrete Helps Homeowners Save

Mon, 19 Jan 2026 20:51:01 GMT

When it comes to home improvement, choosing the right materials is crucial for ensuring longevity and cost-effectiveness. Homeowners seeking high-quality results often consider residential ready-mix concrete for Leland, NC, projects, and Southport Concrete Corp. stands out as a trusted provider. Ready-mix concrete helps streamline renovation and building projects, making it the preferred solution for those who value efficiency, durability, and professional expertise.

Understanding Ready-Mix Concrete: A Game Changer for Home Projects

Ready-mix concrete has revolutionized residential construction and landscaping. Unlike traditional on-site mixes, this concrete is manufactured in controlled environments and then delivered directly to your project location. This method eliminates guesswork, ensuring a consistent blend and strength for every pour. For property owners in Leland, NC, residential ready-mix concrete provides a finished product you can count on season after season.

Professional Ready-Mix Concrete vs. On-Site Mixing

A critical consideration for many homeowners is whether to mix concrete themselves or rely on ready-mix professionals. Mixing concrete on-site might seem straightforward, but it involves purchasing raw materials, renting equipment, and relying on manual labor for blending and pouring. This process can be time-consuming and error-prone, which often results in inconsistencies, cracking, or uneven surfaces.

With residential ready-mix concrete , homeowners benefit from mixes designed for their specific projects and weather conditions. Southport Concrete Corp. leverages years of experience to create reliable formulas, delivering uniform results every time. The professional approach eliminates unpredictable curing and structural weaknesses and makes the entire process much more efficient for the homeowner.

Time-Saving Benefits for Homeowners and Contractors

Every home improvement project comes with scheduling challenges, especially when the weather or labor availability is unpredictable. Residential ready-mix concrete dramatically reduces the time commitment required from both homeowners and contractors. Delivery is prompt, and mixing occurs off-site, which means setups can happen quickly and pours can be completed within hours instead of days.

Busy contractors and DIY homeowners in Leland, NC, appreciate this reliability and speed. With Southport Concrete Corp.’s ready-mix offerings, it’s possible to schedule pours around other tasks, keep construction teams moving, and finalize driveways, patios, and foundations earlier than anticipated. This rapid turnaround offers peace of mind and helps keep overall project timelines intact.

Reduced Material Waste and Better Project Planning

Mistakes during mixing or pouring can result in excess material being wasted. When dealing with traditional mixing methods, it’s easy to over-order or under-mix, leading to wasted money and potential delays. By choosing residential ready-mix concrete in Leland, NC, homeowners enjoy the benefit of precise quantity calculations tailored to their specific needs.

Southport Concrete Corp.’s ready-mix concrete services give you the ability to order just the right amount, reducing spillage and unnecessary leftovers. Combined with expert consultations on volume and mix type, this means tighter budgeting, less environmental impact, and a more sustainable approach to home renovation.

Reliability and Scheduling Advantages of Local Delivery

One of the core advantages of using a local ready-mix provider is dependable delivery. With Southport Concrete Corp., you gain more control over your construction timeline. Their delivery trucks arrive on schedule, prepared to pour concrete that fits your specifications and meets the standards required for residential projects. This reliability is especially valuable for jobs with critical deadlines or when multiple trades must coordinate efforts.

Moreover, residential ready-mix concrete in Leland, NC, ensures compliance with local quality standards and building codes. Professional drivers, seasoned staff, and efficient logistics all add up to smoother experiences for both small repairs and major home renovations. With Southport Concrete Corp., homeowners receive peace of mind and maximum value for their investment.

The Commitment to Dependable Residential Service

Southport Concrete Corp. isn’t just a supplier, they’re a partner in your home improvement journey. Their mission is to provide top-tier residential ready-mix concrete and ready-mix concrete services that meet the evolving needs of Leland, NC, homeowners. With a dedicated team and decades of experience serving North Carolina’s communities, the company ensures every batch is crafted for resilient, beautiful results.

From patios and driveways to foundations and walkways, ready-mix concrete services from Southport Concrete Corp. can adapt to any residential project size or complexity. Their customer-focused approach gives homeowners confidence that their projects will be delivered on time and on budget.

Why More Homeowners Trust Residential Ready-Mix Concrete

Beyond technical advantages, home ready-mix concrete offers less hassle for families and property owners. The convenience of scheduled deliveries, expert advice, and ongoing support makes it an easy choice for new builds, repairs, and upgrades. Southport Concrete Corp.’s investment in quality control, modern equipment, and an experienced crew ensures that every homeowner in Leland, NC, gets a result they can proudly enjoy for years.

Ready-mix concrete services remove the unpredictability that can plague construction projects. Instead of spending weekends mixing batches and worrying about weather delays or drying times, homeowners can focus on the final touches that make their properties stand out.

Choose Southport Concrete Corp. Today!

Investing in residential ready-mix concrete for Leland, NC, projects means efficient timelines, less waste, and results that last. Southport Concrete Corp. is proud to offer reliable service and expert support for every local homeowner looking for hassle-free upgrades. Don’t let concrete work slow down your dreams. Call Southport Concrete Corp. today at (910) 457-4441 and experience the difference that true professionalism can make.

Reliable Ready-Mix Concrete Services in Ocean Isle Beach, NC

Wed, 08 Oct 2025 05:03:13 GMT

When it comes to construction projects in Ocean Isle Beach, NC, having access to dependable and high-quality materials is essential. Ready-mix concrete services in Ocean Isle Beach, NC, play a pivotal role in ensuring the durability and longevity of various structures, from residential driveways to commercial foundations. These services provide pre-measured, professionally mixed concrete that guarantees consistency and strength, reducing the risk of cracks or structural failures over time. By understanding the different types of mixes and their specific applications, property owners and builders can make informed decisions that enhance both the safety and aesthetic appeal of their projects. This approach not only saves time on-site but also ensures that each project meets local building codes and industry standards.

How Ready-Mix Concrete Services Support Residential & Commercial Projects in Ocean Isle Beach, NC

Ready-mix concrete services in Ocean Isle Beach, NC, play a critical role in supporting a wide range of construction projects, from small residential improvements to large-scale commercial developments. By providing high-quality, pre-mixed concrete delivered directly to the job si te, these services eliminate the need for on-site mixing, which not only saves time but also ensures a consistent and durable final product. Homeowners and contractors in Ocean Isle Beach rely on ready-mix concrete services in Ocean Isle Beach, NC, to meet both aesthetic and structural demands while adhering to local building codes.

Key Benefits of Ready-Mix Concrete Services:

Time Efficiency: Ready-mix concrete is delivered directly to your site, reducing preparation and labor time compared to traditional on-site mixing. Projects like driveways, sidewalks, and patios can be completed faster without compromising quality.
Consistent Quality: Each batch of ready-mix concrete is carefully measured and mixed at the plant, ensuring uniform strength, smoothness, and long-term durability for both residential and commercial applications.
Versatility for Various Projects: Whether you’re building a backyard patio, laying a new foundation, constructing a commercial slab, or installing sidewalks, ready-mix concrete adapts to any project size or design requirement.
Cost-Effective Solutions: By minimizing waste, reducing labor costs, and preventing errors from inconsistent on-site mixing, ready-mix concrete services offer a more budget-friendly alternative for projects of all scales.
Enhanced Aesthetics and Functionality: For residential projects, ready-mix concrete allows for customizable finishes and textures that enhance curb appeal. In commercial projects, it ensures structural integrity capable of supporting heavy loads.
Professional Guidance: Experienced suppliers provide expert recommendations for the correct mix, curing methods, and application techniques to guarantee optimal performance for your specific project.
Environmental Benefits: Modern ready-mix concrete operations use precise measurements to reduce excess material waste, contributing to more sustainable construction practices.

Ready-mix concrete services in Ocean Isle Beach, NC, provide a reliable foundation for success in both residential and commercial projects. Whether you’re a homeowner seeking to improve your property’s appearance and functionality or a contractor managing a complex development, these services ensure efficiency, durability, and professional results every time.

Common Applications of Ready-Mix Concrete in Ocean Isle Beach, NC

Ready-mix concrete services in Ocean Isle Beach, NC, are highly versatile and suitable for a wide range of residential and commercial projects. By providing premixed, high-quality concrete, these services ensure that every application is durable, reliable, and built to last. Whether you are improving your home or working on a commercial development, ready-mix concrete offers the strength and consistency required for various construction needs.

Key Applications of Ready-Mix Concrete:

Driveways: Provides a smooth, durable surface that can withstand daily vehicle traffic and harsh weather conditions.
Patios: Perfect for creating functional and visually appealing outdoor living spaces with customizable finishes.
Sidewalks and Walkways: Ensures safe, long-lasting pathways for pedestrians in residential neighborhoods and commercial areas.
Foundations: Forms a strong and stable base for homes, buildings, and other structures, supporting long-term structural integrity.
Commercial Slabs: Ideal for warehouses, retail spaces, and industrial facilities, supporting heavy loads and frequent use.
Retaining Walls and Steps: Enhances landscape functionality while maintaining strength and durability.

Ready-mix concrete services in Ocean Isle Beach, NC, make it easy to tackle these projects efficiently, providing consistent quality, reducing on-site labor, and delivering professional results for both homeowners and contractors.

Real-Life Scenarios Where Ready-Mix Concrete Adds Value

Ready-mix concrete services in Ocean Isle Beach, NC, offer practical solutions that add significant value to both residential and commercial projects. By delivering consistent, high-quality concrete, these services help property owners and contractors complete projects efficiently while enhancing durability, aesthetics, and functionality.

Examples of Ready-Mix Concrete in Action :

Residential Driveways: A homeowner installs a new driveway using ready-mix concrete, resulting in a smooth, long-lasting surface that withstands daily traffic and coastal weather conditions.
Backyard Patios: Families create custom patios with decorative finishes, providing an attractive and functional outdoor space for entertaining guests.
Sidewalks and Walkways: Local municipalities or businesses use ready-mix concrete to construct safe, durable pedestrian paths that require minimal maintenance.
Foundations for New Homes: Contractors rely on ready-mix concrete for building stable foundations, ensuring that structures are safe, compliant with building codes, and durable for decades.
Commercial Slabs: Warehouses and retail spaces use ready-mix concrete to support heavy machinery and high foot traffic, reducing the need for costly repairs over time.

By using ready-mix concrete services in Ocean Isle Beach, NC, property owners and contractors can achieve professional results with long-term benefits, improving both the value and longevity of their projects.

Serving Both Homeowners and Contractors in Ocean Isle Beach, NC

Southport Concrete Corp excels in providing ready-mix concrete services in Ocean Isle Beach, NC, to a wide range of clients, from individual homeowners tackling residential projects to contractors managing large-scale commercial developments. Their ability to accommodate projects of all sizes makes them a trusted partner in the local construction community, ensuring that every client receives high-quality materials and professional support.

Why Choose Southport Concrete Corp for Your Projects:

Residential Support: Homeowners can rely on ready-mix concrete services in Ocean Isle Beach, NC, for driveways, patios, sidewalks, and foundation work with consistent, long-lasting results.
Commercial Solutions: Contractors benefit from timely delivery and customized mixes for commercial slabs, warehouse floors, and large infrastructure projects.
Flexible Project Sizes: From small backyard improvements to multi-acre commercial developments, Southport Concrete Corp. adapts to every scale efficiently.
Local Expertise: With in-depth knowledge of Ocean Isle Beach construction standards, they provide guidance to ensure projects are completed on time and to code.
Reliable Supply: Their ready-mix concrete services in Ocean Isle Beach, NC, guarantee consistent quality, reducing delays and preventing costly mistakes.

If you're planning a construction project in Ocean Isle Beach, NC, and require reliable ready-mix concrete services in Ocean Isle Beach, NC, look no further than Southport Concrete Corp. Our team is ready to assist you in selecting the right mix for your needs and ensuring timely delivery to your site. Contact us to schedule your consultation.

3 Ways to Choose a Concrete Mix for Your Project in NC

Fri, 06 Jun 2025 13:23:29 GMT

Choosing the appropriate concrete mix for sale in Carolina Beach, NC, is critical for ensuring the longevity and performance of any construction project. Whether you are a homeowner, contractor, or DIY enthusiast, understanding the nuances of concrete selection can make a significant difference. The wrong choice could lead to structural failures, increased maintenance costs, and premature wear. This guide outlines three key considerations to help you make an informed decision tailored to your specific needs.

3 Ways to Choose a Concrete Mix for Your Project:

1. Assess the Project Requirements

The first step in selecting a concrete mix in Carolina Beach, NC, is evaluating the demands of your project. Different applications require varying strengths, compositions, and finishes. For example:

Foundations and Structural Slabs: High-strength concrete mixes are essential for supporting heavy loads and ensuring stability. These mixes typically contain a higher proportion of cement and aggregates.
Driveways and Patios: Mid-range strength concrete with added air entrainment is ideal for resisting freeze-thaw cycles and surface wear.
Decorative Applications: Exposed aggregate or stamped concrete provides aesthetic appeal and is often used for outdoor living spaces or commercial properties.
Repair Work: Quick-setting or fiber-reinforced concrete is suitable for patching cracks or restoring damaged surfaces.

2. Account for Local Climate and Soil Conditions

Carolina Beach’s coastal environment presents unique challenges that influence concrete performance. High humidity, salt air, and fluctuating temperatures can accelerate deterioration if the wrong mix is used. Opt for mixes designed to resist corrosion and withstand moisture exposure. Additionally, soil composition in the area can impact foundation stability. A professional analysis of soil conditions can guide you toward a durable solution that combats these regional challenges effectively.

Here are some specific considerations for Carolina Beach projects:

Salt Resistance: Use sulfate-resistant concrete to combat the corrosive effects of saltwater exposure.
Moisture Control: Incorporate waterproofing additives to prevent water infiltration and damage.
Temperature Fluctuations: Ensure the mix includes air-entraining agents to handle freeze-thaw cycles common in coastal regions.

3. Prioritize Quality and Availability

When sourcing concrete mix for sale in Carolina Beach, NC, prioritize suppliers known for their commitment to quality and reliability. Inferior materials can compromise structural integrity, leading to costly repairs.

Additionally, consider the following benefits of working with a reputable supplier:

Customization Options: Tailor the mix design to your exact specifications.
Technical Support: Access expert advice throughout the project lifecycle.
Sustainability Practices: Choose eco-friendly mixes that reduce environmental impact.

We Have the Concrete Mix You Need

For personalized advice on selecting the right concrete mix for sale in Carolina Beach, NC, call Southport Concrete Corp. at (910) 457-4441 . Their team is dedicated to helping you achieve superior results for your next project. With decades of experience and a focus on excellence, they are your trusted partner for all concrete needs.

Why Choose Eco-Friendly Concrete Mixes for Your Carolina Beach Project?

Tue, 03 Dec 2024 21:12:01 GMT

As concerns about climate change grow, industries are turning to sustainable practices, and concrete production is no exception. In Carolina Beach, eco-conscious homeowners and builders are now seeking greener options for their construction projects. One keyway to reduce your environmental impact is by choosing an eco-friendly concrete mix for sale in Carolina Beach, NC. Sustainable concrete helps reduce carbon emissions and promotes the conservation of resources, making it a smart choice for those who care about the environment.

Why Sustainable Concrete is Essential for Carolina Beach

The coastal environment of Carolina Beach makes sustainability in construction even more critical. Coastal areas face unique challenges, such as rising sea levels and harsh weather conditions, which can accelerate wear and tear on buildings. By choosing a sustainable concrete mix for sale in Carolina Beach, NC, you not only reduce environmental impact but also help build structures that are more resilient to these coastal conditions. Eco-friendly concrete can improve durability and reduce the need for frequent repairs, ultimately saving resources and money in the long term.

Eco-Friendly Concrete Mix Options

When it comes to sustainability in construction, the materials you use matter. Eco-friendly concrete mixes often incorporate recycled materials such as fly ash or slag, which reduce the need for virgin materials and lower the carbon footprint of production. Additionally, these mixes often require less water and energy to produce, further contributing to environmentally friendly building practices. Builders and homeowners can now enjoy high-performance concrete that is not only durable but also better for the planet.

Make the Green Choice: Build for the Future

Opting for eco-friendly concrete is not just about meeting today’s environmental standards; it’s about building a sustainable future. Whether you're constructing a new home or renovating an existing property, making responsible choices in materials like sustainable concrete ensures your project aligns with modern environmental values. With the right concrete mix, you can enhance the lifespan of your build, reduce waste, and minimize your carbon footprint.

Reducing Environmental Impact in Your Next Project

Incorporating sustainable practices into your next construction project can make a significant difference. By choosing an eco-friendly concrete mix in Carolina Beach, NC, you're supporting efforts to minimize the environmental effects of construction. From reducing waste to using renewable resources, sustainable concrete mixes offer a cleaner, greener option for projects big and small.

If you're ready to make environmentally responsible choices for your home or building project, we offer a range of sustainable concrete mix options in Carolina Beach, NC, that meet the highest industry standards while minimizing environmental harm. Contact to learn more about how we can help you build sustainably.

WHY YOU SHOULD USE CONCRETE PILINGS FOR YOUR NEXT PROJECT

Fri, 20 Jul 2018 05:56:12 GMT

When completing any construction project that involves a foundation, the use of concrete pilings is essential. These columns that have been pre-cast and cured before installation provide needed support and reinforcement to the foundations used by your home or business. They have many qualities that make them beneficial to a variety of projects:

Cost effective: When anything is manufactured on a massive scale, your costs decrease substantially from having something custom poured.
Superior quality: Being pre-cast, pilings are checked for every sort of defect before being installed, giving them an additional safety advantage.
Underwater usage: There are several instances in which the pouring of concrete in certain types of subsoil or other environments won’t set. The use of formed piles easily takes care of that issue.
Convenience: With a wide selection of piles all ready to go, you are able to select what you need and install them at your convenience.
Adaptability: Trying to pour the exact shape you need is a thing of the past with concrete pilings available in square, round, octagonal and other shapes.
Incredible strength: Because of the nature of the piles, the reinforcement used inside is more likely to stay put without getting disturbed or moving its place. They also have high bending and lateral resistance to hold their strength in adverse conditions.
Eco friendly: With no leftover materials to clean up at the installation site, piles are the most environmentally friendly option when supporting your foundation and in other applications, such as retaining walls, embankments and cofferdams.

SUPPORT YOUR FOUNDATION WITH PRE-CAST OPTIONS TODAY

At Southport Concrete Corp, we know how important getting quality, durable piles is to your projects. We’ve proudly served Southport, Leland and Oak Island for over 19 years and offer our “complete customer satisfaction” guarantee on all of our services, including our concrete barrier installation. Find out more about what we can do for you by giving us a call today at 910-457-4441.

THE BENEFITS OF INSTALLING A SEAWALL FOR YOUR HOME

Fri, 20 Jul 2018 05:54:34 GMT

Southport Concrete Corp is a leading builder of seawalls in the Southport area. A seawall is a barrier that prevents waves from inundating property and land. These concrete walls are ideal for areas that are susceptible to hurricanes and frequent flooding. During storms, the sea level, as well as lake and river levels, can rise dangerously high and threaten communities and natural areas. The wall stops the water in its tracks and keeps communities from sustaining millions of dollars' worth of damages. Despite their name, our walls can be built near any large body of water, and our company can construct the following types:

Curved
Vertical
Mound

KEEP YOUR PROPERTY SAFE

There are many advantages of building a barrier between your home and bodies of water. Our walls are constructed from quality ready-mixed concrete that is built to last and stand up to even the most violent storm surge. If you live in a low-lying or coastal area, you can keep your home or property safe with a wall. It will also help control soil erosion in your area, keeping your landscape beautiful and maintaining a natural buffer between you and the water.

The materials that we use offer great longevity and durability. We never cut corners or compromise on quality, and we strive to exceed all of our customers’ expectations. Having one of our walls constructed can also increase the resell value of your property.

SERVING OAK ISLAND, SOUTHPORT AND LELAND

If you are ready to protect your property from floods and storm surges, contact Southport Concrete Corp in Southport today. Our motto is “We strive for complete customer satisfaction,” and we take it very seriously. We also serve the Oak Island and Leland areas. Call us at 910-457-4441 to learn more.

WHY YOU SHOULD USE READY-MIX CONCRETE

Fri, 20 Jul 2018 05:51:30 GMT

You have a lot of options when it comes to building materials in Southport, but there are some that are more high-quality than others. At Southport Concrete Corp., we offer ready-mix concrete. As a product that is made in a factory, it offers the highest quality possible, as it is regulated under specific conditions. Being carefully monitored while it is mixed, it allows maximum economy at every turn. It is a convenience for contractors because it can be delivered to most jobsites. If a truck can get there, the ready mix can get there. It can also be poured directly from the truck into handling equipment or formwork, minimizing loss and mistakes.

THE BENEFITS OF USING READY MIX

As you choose a material for your project, you may wonder why ready-mix concrete is such a popular choice in Leland and Southport. The following are just a few of the benefits:

Durability – This material cannot burn, rust or rot. Structures made of it will be long lasting.
Efficiency – This material is predominantly made from limestone, which is the most plentiful mineral that can be found. Waste byproducts from mills and plants can also be used for production.
Minimal Waste – Specific quantities can be met when producing concrete, which minimizes waste on the jobsite. If it is no longer needed, it can be recycled for other projects.
Reflectivity – Because of the light color, this product reflects solar radiation. This often reduces the demand for air conditioning. Additionally, it absorbs and retains heat, making it perfect for reducing the heating bill as well.
Stormwater Retention – Because of the sponge-like makeup, stormwater can easily pass through to replenish the water supply locally.

GETTING STARTED IN OAK ISLAND, LELAND AND SOUTHPORT

For more information about concrete seawalls , pilings, septic tanks and more, contact Southport Concrete Corp. today in Southport, Leland or Oak Island. Give us a call at 910-457-4441 and let’s get started.

READY-MIX CONCRETE SOLUTIONS IN AND AROUND SOUTHPORT

Fri, 20 Jul 2018 05:49:12 GMT

Although the terms cement and concrete are often used interchangeably, cement is actually an ingredient in concrete.

Concrete is basically a mixture of paste and aggregates. The aggregates are crushed stone or sand and gravel; the paste is made of water and Portland cement. Concrete material happens to get stronger as it gets older. Portland cement is not the name of a particular brand of cement; it’s the generic term for the type of cement utilized in almost all concrete (ex: stainless is a type of steel and sterling is a type of silver).

Pervious concrete, also known as "green concrete," is a choice that helps combat building code issues with storm water run-off.

Cement is composed of 10 to 15 percent of the concrete mix, by volume. Then through a process called hydration, the cement and water harden and bring together the aggregates into a rocklike form. This developing and hardening process continues for years, again meaning that concrete gets stronger as it gets older.

REASONS TO CHOOSE CONCRETE SEPTIC TANKS

Fri, 20 Jul 2018 05:47:30 GMT

There are many residences that need to use a septic tank. If you find yourself in such an area, consider what Southport Concrete Corp. can do for you. We can cast septic systems for you, and we have been operating in Southport for almost 20 years. We can inspect your location to design a septic system that is perfect for your expected needs, bringing you long-term plumbing solutions.

WHICH TYPE SHOULD YOU CHOOSE

Most septic options will have a plastic or concrete holding unit. Plastic storage has a few advantages. It is lighter weight, which usually leads to lower building and installation costs. Plastic is completely resistant to corrosion and it is easy to make it completely watertight. The downsides to plastic units is the potential to float, low effluent levels and susceptibility to damage. Plastics are also not a legal option in all states. Concrete has the advantages of extreme strength and durability, a heavy weight that prevents floating and high effluent levels. A precast tank takes it a level further as it gets stronger over time, using the pressure of the ground to its advantage.

LET US HELP YOU CREATE A DURABLE UNIT TODAY

Throughout Southport and from Leland to Oak Island, we can take care of your septic needs after a simple call to
910-457-4441. Our experts will discuss your options and customize a plan that is intended to maximize performance and minimize cost. We are a concrete company that puts the needs of our clients first, so you can count on us to take care of you from the first moment to the last.

HOW TO INSTALL AND MAINTAIN A CONCRETE DRIVEWAY SO IT LASTS FOR A LIFETIME

Fri, 20 Jul 2018 05:45:45 GMT

Concrete driveways are durable and attractive, and they provide a solid, reliable parking surface for vehicles. However, maximizing the lifespan and appearance of your concrete driveway depends upon making the right choices both before the concrete is poured and for many years after that, too.

Below, we’ve listed some important things to keep in mind in order to prevent premature concrete driveway failure.

GET AS MANY INCHES OF CONCRETE AS POSSIBLE ON A HARD, FLAT SURFACE

Concrete is incredibly strong against forces of compression, such as heavy vehicular traffic. However, it not nearly as resilient against bending forces, and that is why concrete driveways be as thick as possible. You need many inches of concrete to prevent the driveway from breaking or cracking due to uneven weight distribution.

A standard concrete driveway is four inches deep, but five or even six inches is preferable. Additional costs for the extra concrete are minimal, and the enhanced durability is worth the slight expense.

In addition, the driveway base should be adequately prepared to prevent a premature breakdown. The contractor should compact the base firmly and remove all underground weaknesses before pouring the concrete.

If there are any irregularities in the soil, such as tree stumps, sinkholes, or even normal soil variations (such as a transition from sand to clay), your contractor should remove these imperfections and fill the openings with an appropriate base material. Your concrete installation professional will know the best material to use and provide guidance and assistance.

REGULARLY SEAL YOUR CONCRETE DRIVEWAY

Even though you might think of concrete as completely impervious, it actually is capable of absorbing water and other liquids. The tiny grains of sand and cement are bound together in a matrix that also contains lots of tiny air pockets. These air pockets allow liquids to penetrate through these openings and saturate the concrete.

If you live in an area where freezing occurs in the winter, any water trapped inside these air pockets could turn into ice. Of course, when water freezes, it expands, and your driveway will bear the brunt of the growing ice particles. Over time, freezing can cause cracking as well as a surface-level problem called scaling, which is the sloughing off of the uppermost layers of concrete.

To prevent the destructive influence of freezing from damaging your concrete driveway, have it regularly sealed. During concrete sealing, a contractor applies a penetrating compound made from siloxane, silicate, or other silica-based chemicals. These chemicals prevent water from entering the concrete, but they permit the gritty surface of the concrete to remain exposed. The surface of the concrete needs to remain gritty so it’s not slippery for vehicles and pedestrians.

PROMPTLY SEAL CRACKS WHEN THEY APPEAR

Despite your best efforts, it is not realistic to expect concrete driveways to go completely without cracking over the course of their 30-, 40-, or 50-year lifespans. Some cracks are bound to appear no matter what, so don't despair if they show up in your driveway. If you address the problem quickly whenever cracks first appear, you can be assured of keeping your driveway in excellent shape for a long time.

Homeowners can easily seal small cracks in their own driveways. To do so, clean out the cracks with a wire brush and a shop vacuum or leaf blower. Avoid using water, since water might prevent the sealant from properly adhering. Next, use a caulk gun to insert a line of concrete caulk into the crevice. Push the caulk into the crack with a putty knife, and form a clean edge with the knife blade.

OBTAIN PROFESSIONAL ASSISTANCE WHEN NECESSARY

If you are planning to install a concrete driveway or replace an existing one, request the assistance of a qualified professional . A trained team of concrete layers can help you plan a driveway that will be the best one possible for your needs and will install it to last for a lifetime. In addition, if you have questions about maintaining an existing concrete driveway, be sure to contact your professional, as they will be able to help you with sealing and crack repair as well.

WHAT YOU SHOULD KNOW ABOUT CONTRACTION JOINTS IN CONCRETE AND WHY THEY MATTER

Fri, 20 Jul 2018 05:43:17 GMT

Concrete is an ideal construction material for countless numbers of applications due to the substance’s strength, reasonable cost, and ease of installation. Paving surfaces is one of the many uses for this flexible medium. However, concrete is prone to crack, and it is normal for even the best-laid concrete surface to develop hairline crevices.

While these tiny cracks are often insignificant, they are unsightly and detract from the overall appearance of the paved surface. You can preventing these cracks by installing contraction joints; below is more information about these important features and their installation.

WHY CONCRETE CRACKS OCCUR

As concrete cures, it will naturally contract and cause the formation of small cracks that align themselves randomly across the concrete. These tiny cracks are not initially capable of breaking the pavement apart, but, over time, moisture intrusion can lead to expansion of smaller fissures.

There are additional causes of concrete cracking, but those are more often caused by problems with the concrete mix recipe and improper finishing techniques.

HOW CONCRETE CRACKING CAN BE CONTROLLED OR SLOWED

It is common for contraction joints to be implemented as standard crack-prevention devices when pouring a concrete surface. Contraction joints are simply stops that penetrate a portion of concrete from the top-down. They work by serving as built-in weak spots that permit the concrete to crack in a controlled fashion.

Instead of a meandering tapestry of cracks appearing across the surface of the concrete, contraction joints hide the cracking along the bottoms and sides of the designated gaps. This provides cosmetic and structural advantages as opposed to permitting uncontrolled cracking to occur.

When adding a contraction joint, a crew needs to heed certain requirements to ensure the installation is done correctly. For example, contraction joints should be installed in such a way that permits each individual concrete surface to be square or as close to square as possible.

Another important consideration is to make sure the depth of contraction joints is no less than 25% of the total depth of the poured slab of concrete. If the pour is too shallow, the random cracking will not be influenced by the contraction joints.

Another best practice to follow when installing contraction joints is to place them as soon as possible after concrete installation or during the process itself. This can be accomplished by using saws, forms and other tools to create the joints. However, if too much time elapses between pouring and usage, the process of cracking will have already begun and contraction joint installation will serve no purpose.

WHAT OTHER JOINT TYPES EXIST

Though contraction joints are among the most common types of joints, keep in mind that concrete installers will often use other joint configurations. Some of these include:

Decorative joints - These joints, as their name would indicate, provide visual cues that separate pieces of concrete for aesthetic reasons. Intricate shapes or patterns can be formed using decorative joints in concrete.
Isolation joints - These joints cushion the concrete from whatever it may otherwise touch. In order to provide a clean separation from other adjacent structures, isolation joints are installed.
Construction joints - These joints are installed whenever concrete is built in segments and permit the adjoining sections to successfully meet. Construction joints can use cushioning material as well as buried structural components

When considering the type of joints that you might need for your concrete project, be sure to consult with a qualified expert . The proper use of concrete joints be very beneficial, but the misuse of these devices can have negative consequences such as weak, broken concrete slabs, or aesthetic deformities.

CONCRETE COUNTERTOPS: ARE THEY THE RIGHT CHOICE FOR YOUR KITCHEN?

Fri, 20 Jul 2018 05:41:03 GMT

If you're hoping to replace your tired old countertops with something more modern and durable, you've likely considered popular options like quartz, granite, marble, or solid surface. However, many homeowners do not realize that concrete makes an excellent countertop and has plenty of advantages.

Just like any other countertop surface, there are specific advantages that concrete offers. How do you know if concrete is the right choice for your new or remodeled kitchen?

DESIGN

As soon as you hear the word "concrete", you mind may jump to visions of industrial warehouses, dirty sidewalks, and unfinished basements. However, concrete can actually be quite decorative if poured, stained, and finished properly. Don't pass over concrete counters because you're worried about your kitchen looking too industrial. Concrete can be made to look like:

Wood. If you've always admired butcher block countertops but have been worried about the wear and tear, concrete is the answer. With stamps, special molds, and stain, the final finish of a wood-look concrete top will closely mimic the rich natural warmth of wood. You might not even be able to tell the difference without close inspection.
Natural stone. With a mixtures of added dyes, aggregates, and polishing, your countertop can mimic the beauty of marble, the intensity of granite, or even the rounded roughness of worn slate. With the right sealer and polish, concrete tops can even look like glossy composite quartz.
Recycled glass. You can order countertops made from crushed glass set into acrylic. Concrete countertops mimic this look by folding the glass pieces into the concrete. When sanded and polished, the result is very similar. You can even create patterns and control how much glass is added for a dense or sparse look.

Don't worry about concrete countertops looking too industrial. While you can choose a countertop that keeps the natural appearance of concrete, you can also go more refined with different acid washes, stains, and additions.

CUSTOMIZATION

No other countertop is as customizable as concrete, making it a great option for oddly-shaped kitchens or those who truly want a unique finish to their kitchen. You can completely control the shape of the curves, the design of the edges, the finishing textures, and the final colors. Even natural stone countertops require some conformity to availability and natural color and texture variations.

Your professional concrete contractor can help you choose custom stains and aggregates for the look you want.

DURABILITY

When properly sealed, a concrete countertop is durable. But how does it stand up to scratches, heat, stains, and spills?

Concrete does not scratch easily. Think of a concrete floor or patio—it weathers elements easily. That being said, you still always use a cutting board with concrete. You can mar the finish of your countertop, and cutting on concrete will ruin your knives.

Think of your concrete countertops as indestructible, but remember that the sealer is not as strong. Generally, concrete countertops are sealed with epoxy, polyurethane, acrylic, or wax. Each sealer has pros and cons, but no sealer is perfect. Sealers will perform poorly with exposure to acid, like lemon juice. You'll need to wipe up spills quickly to protect the finish.

Heat will not harm your concrete, so you won't have to worry so much about hot pans. However, some sealers can weaken with exposure to heat, so refraining from using a pot holder could reduce the life or change the color of your sealer, requiring you to seal your countertops more often.

Finally, you should remember that while durable, concrete is porous. Sealers slow stains, but you should not allow grape juice, wine, or tea spills to sit on the counter without wiping them up. It can lead to blemishes in the concrete.

Generally, concrete countertops are simple to maintain—any countertop material (even granite) requires care of ownership and attention to detail to stay looking fresh and beautiful.

For more information on choosing and pouring a concrete countertop, contact us at Southport Concrete Corp.

PRECAST CONCRETE VERSUS READY-MIX: WHAT YOU NEED TO KNOW

Fri, 20 Jul 2018 05:39:05 GMT

Concrete is one of the most versatile construction materials currently available. You'll find concrete used for everything from seawalls to countertops.

But not all concrete is exactly the same. When you choose concrete for a building project, you may have several options for the mixture contents and the laying process.

In this blog, we compare two common laying processes: precast concrete and onsite ready-mix pouring.

WHAT IS PRECAST CONCRETE?

Both precast and ready-mix concrete can contain the same elements. The primary differences between these two types of concrete are where they are created and how they are used.

As the name suggests, pre-cast concrete is laid in an offsite facility before the concrete is actually needed for the project. Contractors lay the concrete in specialized, reusable molds designed for the project at hand. Generally, the concrete is laid and cured at a precast plant facility.

Once the concrete cures, it's removed from the molds and transported to the construction site. This concrete product can be then used however it is needed.

Precast concrete has many of the same characteristics as ready-mix concrete, but it can be laid much thinner and more evenly because it's created in a highly controlled environment. Precast concrete can also be made to withstand more weight and pressure because of the specialized curing process.

WHAT IS READY-MIX CONCRETE?

The term "ready-mix concrete" describes the concrete that you may have seen being poured out of a truck or mixer. Ready-mix comes to the jobsite in a liquid state. Concrete contractors then pour the ready-mix and use hand tools to create a smooth or patterned surface texture.

Because ready-mix is poured directly where it is needed, this concrete doesn't require moving or further construction for use like precast concrete does. Ready-mix can be allowed to cure without constant supervision because minor structural flaws usually do not change the slab's load-bearing capacity when it's laid horizontally.

WHEN SHOULD YOU CHOOSE ONE TYPE OVER THE OTHER?

Both laying methods have their advantages and their drawbacks. So when would you use precast over ready-mix and vice versa?

In general, precast concrete is used more often on industrial and commercial sites. Precast concrete can be used to make boundary walls, building walls, and other vertical structures like high-rises and parking structures.

The advantages of the precast process include:

Avoidance of common onsite cement issues like inclement weather or temperature fluctuations
High levels of quality control due to the supervised curing process
Shape versatility because the concrete molds can be made to suit the project
Use versatility since the finished precast product can be moved and placed anywhere

Ready-mix concrete can be used on any type of project, but can only create flat, horizontal structures. For example, you'd use ready-mix concrete for parking lots, patios, and driveways.

The advantages of ready-mix laying include:

Expedited project timeline since the concrete takes less time to lay and cures precisely where it's needed
Lower initial cost than the precast method because use of a precast plant and of a shipping truck is not necessary
Lower labor costs

The right laying process depends entirely on the project in question. Understanding your building options ensures that the end result is exactly what you envisioned, whether you're constructing a parking lot or a backyard patio. Both ready-mix and precast concrete methods, however, are best when supplied by experts who know how to navigate any potential complications that may arise.

Not sure which type of concrete you should choose for an upcoming project? Consult with Southport Concrete Corp. We offer a variety of concrete solutions , including precast and onsite pouring options.

HOW TO ELIMINATE TWO OF THE TOUGHEST CONCRETE STAINS ON EARTH

Fri, 20 Jul 2018 05:36:07 GMT

Though concrete is incredibly strong and resilient, untreated concrete can be stained in some circumstances. This is primarily due to the internal crystalline structure of concrete at the microscopic level.

Concrete consists of tiny cement particles locked together with sand and other crushed materials. In between these particles lie tiny air gaps that can be filled with just about any liquid that comes their way. That includes water, paint, oil, and other fluids dropped on the surface of unsealed concrete.

As a consequence, you can’t merely wipe concrete stains away. Instead, you have to treat the stains with the right methods, chemicals, and tools.

Below is a brief guide to removing two common but tough stains that affect concrete.

Rust Stains

Rust stains are common on older concrete and can occur on untreated concrete if ferrous metals, such as iron and steel, are permitted to rest on the concrete. With older concrete, rust stains indicate that the rebar (reinforcing steel rods) is corroding and that internal moisture is pushing rust toward the surface.

To remove rust stains, begin by sweeping up loose bits of rust that might be on top of the concrete. If any stubborn debris remains stuck to the concrete, you can douse it with a solution of trisodium phosphate (TSP) and hot water and then brush the area with a plastic brush. Avoid using a wire brush, since the wire can scar the concrete. Rinse the surface thoroughly with clean water before moving to the next step.

After preparing the surface, pour pure white vinegar on top of the rust stain and allow it to saturate the stain and concrete. Be sure to add enough vinegar to cover the area completely. Let the vinegar soak into the stained area for about half an hour; if you are working outside on a hot day, you may need to apply more vinegar to make up for what evaporates.

Once you’ve soaked the stain, use a stiff-bristled plastic brush to vigorously scrub the stained area. Apply fresh vinegar periodically if you have difficulty telling whether the stain has been removed.

After you are satisfied the stain has disappeared, rinse the site with copious amounts of clean water.

Mold and Algae Stains

Microorganisms can cause another kind of tough concrete stain. Mold and algae can both grow on concrete that is warm and often kept moist. These tiny single-celled animals produce byproducts that leave a familiar black, blue, or dark green stain on your concrete.

If your concrete is under siege by mold or algae, then you will need to kill the microorganisms before tackling the stain. Fortunately, both mold and algae can be killed by ordinary laundry bleach.

Begin by removing surface-level debris, such as dirt or sand, with a broom or a garden hose spray nozzle. If you use a garden hose, allow the water to evaporate before applying the bleach; this will prevent dilution of the bleach.

Once all the debris has been cleaned from the concrete, pour bleach straight from the bottle onto the stained area. Be careful when pouring bleach not to splash it onto yourself or nearby plants or objects.

Allow the bleach to soak into the mold or algae stain for about fifteen minutes, and then rinse the bleach away from the concrete with a garden hose. You may need to scrub with a stiff-bristled plastic brush or use a power washer to eliminate any residue.

If you aren't satisfied with your concrete after cleaning, or if you feel your concrete just can't be cleaned any further, then it may be time to think about replacing the concrete. In that case, contact a qualified concrete company to help you plan and install a new driveway, sidewalk, slab, patio, or whatever other feature you desire.

HOW TO STAIN YOUR CONCRETE PATIO

Fri, 20 Jul 2018 05:34:05 GMT

You can beautify your concrete patio and radically transform its appearance by applying stain. Stain gives a rich, almost three-dimensional look to the patio and sets it apart from everyone else's ho-hum gray slab.

Below is a list of tools and materials needed as well as information on how to prepare the concrete, apply the stain, and then seal the finished surface.

TOOLS AND MATERIALS NEEDED FOR THE JOB

You can obtain all the needed supplies and tools from a local home improvement store or from online vendors. Here is what you will need:

Concrete stain
Concrete sealer
Muriatic acid
Pump-up garden sprayer
Plastic flower watering can
Garden hose with spray nozzle
Scissors
Rubber floor squeegee
Trisodium phosphate (TSP) powder
Plastic-bristled brush
Five-gallon bucket
Eye goggles
Face mask
Rubber gloves
Rubber boots

Protecting yourself from the harsh muriatic acid is important, so don't skimp on the safety equipment listed above.

STEP-BY-STEP PROCEDURE

Once you have gathered the necessary tools and supplies, you are ready to begin working.

1. THOROUGHLY CLEAN THE PATIO

Adequate surface preparation is the key to making your stain adhere and will give you much better, longer-lasting results. To clean the patio, begin by spraying it down with a garden hose to wash away any loose debris and to soften stuck materials.

Next, prepare a solution of trisodium phosphate (TSP) in a clean bucket by following the manufacturer's directions. Then apply the solution with a scrub brush. Scrub the surface of the patio with the brush, paying extra attention to any prominent stains or spots. Rinse the patio with a garden hose to remove the remnants of the dirty TSP solution.

2. PREPARE THE MURIATIC ACID

After the cleaned patio has dried completely, the next step is to etch its surface with muriatic acid. This step will create a raw surface for better stain adherence.

Before applying the muriatic acid, be sure to put on eye goggles, face mask, rubber gloves and rubber boots. Wear long pants and long sleeves, as well. If the acid splashes on your skin or eyes, it could cause chemical burns that require medical attention, so be careful when working with the acid.

Once you are prepared, pour the proper amount of muriatic acid into a flower watering can filled with the specified amount of water. The instructions that come with the muriatic acid will inform you how much acid and water to use; however, in all cases, always pour acid into the water, never the other way around.

3. APPLY MURIATIC ACID TO THE PATIO

After mixing the muriatic acid solution, spray the surface of the patio with a garden hose and also spray nearby landscaping plants to protect them from accidental acid splashing. Next, carefully pour the muriatic acid on top of the damp patio.

After applying the muriatic acid, allow it to soak into the concrete for about twenty minutes, and then rinse the acid from the patio using a garden hose.

4. APPLY THE CONCRETE STAIN TO THE PATIO

Allow the patio to dry at least two full days before applying stain. Once the patio has dried completely, you are ready to stain the surface.

Add stain to a pump-up garden sprayer, then spray it using even passes over the entire surface. Don't over-spray any areas, and keep the coat fairly light. Allow the first coat to dry completely, then apply a second coat with the sprayer.

5. SEAL THE NEWLY STAINED PATIO

Once the stain has dried completely, the last step is to apply a gloss sealer to the stained surface. This step will provide a shiny, smooth surface and increase the overall resilience of your stained patio to damaging chemicals and weather-induced wear.

Apply the concrete sealer to the patio using the same pump-up sprayer and use light coats, just as before. Allow each coat to dry completely before applying another. Finally, allow the sealed, stained patio to dry for a couple of days before permitting foot traffic on its surface.

If you are in need of new concrete patio, then be sure to contact Southport Concrete Company for assistance. Southport Concrete can handle any job, and their expert service will leave you smiling and satisfied.

WHY IS PRESTRESSED CONCRETE STRONGER THAN PLAIN REINFORCED CONCRETE?

Fri, 20 Jul 2018 05:31:38 GMT

When it comes to building a commercial building that can handle the stresses of time and storms alike, it's easy to get overwhelmed with the various materials and the differences between similar sounding options. Concrete is certainly a very strong building material, but some forms of concrete are even stronger than others.

Prestressed concrete is one of the strongest options, and you should understand a few simple principles behind all that strength before choosing it for your commercial building.

Concrete's Innate Weaknesses

All of the world's strongest building materials, including steel and concrete, have specific types of forces that they're still weak against. For example, you can press downward on a slab of concrete without damaging it until thousands of pounds of pressure are exerted in a small area. However, pulling on a piece of concrete will damage it at a far lower amount of force.

Pressing on concrete is known as a compressive force, while pulling or bending the concrete is known as exerting a tensile force. Concrete just isn't as strong against tensile forces, so reinforcements are used to counter these natural weaknesses.

Each type of reinforcement is designed to combat a specific type of stress, and prestressing the concrete makes it particularly resistant to tensile forces. This fact is why prestressed concrete is most commonly used on suspension bridges where metal cables are constantly pulling on the concrete, but it can be used in buildings as well for more secure foundations, pilings, and weight bearing walls.

General Reinforcements

Not all reinforced concrete is prestressed. Inserting the metal rods known as rebar into concrete as it's being poured is the most common form of reinforcement, along with the use of sheets of metal mesh. Steel bars and mesh are used because steel has high tensile strength, so the forces are transferred to the metal buried within.

Fiber-based and chemical additives can also greatly increase the concrete's strength, both in general and against specific forces. Yet none of these methods are quite as strong as prestressing.

Prestressed Concrete Concepts

The prestressing process goes a step beyond just combining concrete and steel and relies on two of their other attributes. First, concrete gets stronger from being compressed and forced together. Second, steel is similarly stronger when it is stretched and attempting to return to its normal length. These two concepts are combined in the manufacturing process, which consists of

Stretching large steel cables to a certain level of tension between sets of supports
Pouring concrete into a mold around the stretched cables
Curing the concrete with the cables still under tension
Cutting the cables loose so that they begin pulling back together and pressing the concrete at the same time.

This process creates a tremendous amount of stress inside the piece of concrete, but it's the kind of stress that both concrete and steel are both best at handling. The internal stress is used to balance out the forces pressing on the concrete. For example, stretching cables just at the bottom of a slab pushes the tension upward and makes the concrete want to bend. If there's a strong force pressing downward against it, the two balance out rather than damaging the concrete.

Prestressed concrete isn't necessary for every commercial project, but it can help you create structures that you didn't think were possible with concrete. These pre-cast pieces can be fit together like a jigsaw to create curves, columns, arches, and other structural shapes that are often tricky to make with reinforced concrete alone. Give us the details about your project and we here at Southport Concrete Corp can help you decide if it's the right material for your building.

WAYS TO FIX SUNKEN CONCRETE SLABS

Fri, 20 Jul 2018 05:28:20 GMT

Concrete slabs around your home, such as the concrete on your driveway, in your garage and on your patio, should stay flat and even. If you have any concrete slabs around your home that have sunk, they can be fixed through concrete lifting or by removing and replacing the concrete slab.

Why Concrete Sinks

The most common reason that concrete slabs sink has to do with the soil underneath the concrete slab. The soil under the concrete slab may not have been properly compressed before the concrete was laid on top of the soil, which can lead to the soil shifting over time.

Certain types of soil also expand and contract due to external temperatures, which over time can cause the concrete on top of the dirt to shift and sink. This process can take anywhere from a few years to a few decades to occur.

Problems with Sunken Concrete

Sunken concrete creates a variety of safety and drainage problems, which is why it’s important to take care of these sunken slabs.

Safety Issues

Safety is one of the biggest concerns created by a sunken concrete slab. Sunken concrete slabs can create tripping and safety issues. For example, if one of the slabs on your driveway have sunken, and others around it have not, that creates an edge that anyone walking on your driveway could potentially trip and fall over. If one part of your patio is higher than another, this too presents a tripping risk.

Drainage Issues

Next, sunken concrete slabs can create drainage problems. When concrete is poured, it is poured at a slight angle to ensure water drains away from your home and towards the proper drainage channels. When concrete slabs sink, water may no longer drain away from your home and in the proper direction. This can lead to water pooling up in the wrong spaces every time it rains.

Depending on where the sunken concrete slab is located, a drainage problem could simply create unwarranted puddles or it could lead to larger issues, such as washed out landscaping, basement water leaks and foundation damage. Water needs to be able to drain properly away from your home to prevent these issues from occurring.

How to Fix Sunken Concrete

If some of your concrete slabs have sunk over time around your home, you can fix the damage. The two most popular ways to fix sunken concrete slabs are replacing the concrete as well as raising the concrete slab back to its proper height.

Replacing the Concrete

When replacing the concrete slab, it will be removed, typically using a jackhammer or similar tool. Then, the pieces of broken concrete will be hauled away or put in a rented dumpster. After that, new concrete will be poured. Replacing concrete can be expensive as you will have to pay demolition and removal costs, as well as installation costs for the new concrete slab.

Raising the Concrete

Another option is to raise the concrete slab. This process is called concrete lifting or sometimes slab jacking.

First, a powerful saw is used to bore holes all the way through the concrete slab and the dirt underneath it. Numerous holes are bored throughout the concrete slab.

Once the holes are in place, a hydraulic concrete pump is used to pump a special mixture of concrete and sand through the holes. This mixture goes under the concrete slab and lifts the concrete slab up until it is level and provides a solid base.

The concrete mixture that is pumped under your current slab is designed to cure quickly. When the mixture has cured, the holes that were drilled into your slab are filled with concrete.

Talk to the experts at Southport Concrete Corp about the best way to deal with your sunken concrete.

6 ADVANTAGES OF CONCRETE SEPTIC TANKS

Fri, 20 Jul 2018 05:28:16 GMT

As a homeowner, you may not often think of your septic tank. Most of the time, your tank stays out of sight below ground. However, when you find out that you need a septic tank replacement, you suddenly have to think about this unpleasant but completely essential household waste disposal unit.

In this blog, we discuss the basics of septic tank materials and list six advantages of concrete septic tanks over other varieties.

COMMON SEPTIC TANK MATERIALS

Local septic systems have previously been created using brick or stone. However, these systems, called cesspools, were not watertight and could not contain both the wash water and the wastewater from a household.

Modern septic tanks are made out of either industrial plastic or precast concrete. Some tanks are also made of fiberglass, though this material is uncommon in the United States. Because plastic tanks have a lower initial cost, many homeowners choose this tank type without truly comparing it to concrete.

This impulse to spend less money right away can mean more repairs in the long run, especially if the plastic tank in question is of lower quality.

ADVANTAGES OF CONCRETE OVER OTHER MATERIALS

Both types of septic tank can work well, but each material has its own advantages and drawbacks. Septic system experts typically recommend concrete tanks due to the following six advantages.

1. COMPLIANCE WITH ALL BUILDING REGULATIONS

In the United States, all buildings that are compatible with a local septic system can have a concrete tank. Other tank materials are restricted in some areas. For example, a plastic tank may not be allowed within specific proximity of groundwater due to the risk of floatation and contamination.

Because concrete tanks comply with all building regulations, regardless of region, the permit application for placing a new or replacement tank is often simpler.

2. INHERENT WATERTIGHTNESS

Concrete is inherently watertight, whereas plastic and fiberglass must undergo extra processes in order to hold water. The natural watertightness of concrete reduces the risk of leaks during the life of the tank.

3. HIGHER EFFLUENT CAPACITY

The wastewater and sludge contained in a septic tank, known as effluent, is intended to decompose over time. If the tank fills up too quickly, the tank must be pumped. Because concrete septic tanks are larger, homeowners with these tanks are less likely to need pumping.

4. LONG LIFE EXPECTANCY

Concrete septic tanks can easily last for decades. Plastic tanks can last for long enough to be a temporary investment but will likely need to be replaced in the near future.

5. LOW-RISK INSTALLATION PROCESS

Because plastic septic tanks are less durable than concrete, these tanks can become damaged by the machinery used for transportation and installation. This damage could incur immediate costs, like the expense of replacement, as well as future costs if the damage encourages leaking.

Concrete, on the other hand, is almost never damaged during the installation process and may only become susceptible to cracking under extreme circumstances, such as exposure to heavy-duty corrosive chemicals.

6. NO RISK OF TANK COLLAPSE DURING PUMPING

As mentioned, plastic septic tanks are more likely to require pumping at some point. However, plastic septic tanks are also vulnerable to collapse during pumping. This collapse can require full replacement of the tank.

Concrete tanks do not collapse, even if they must be pumped multiple times.

When you need a replacement septic tank, consider a concrete model in order to reap the benefits listed above. If you still feel undecided, discuss your options with a reputable septic system expert to make the best decision for your property.

Need a new septic tank? Work with Southport Concrete Corp. We offer high-quality concrete septic tanks to both residential and commercial clients.

3 REASONS CONCRETE IS AN EXCELLENT MATERIAL FOR BUILDING A SUSTAINABLE HOME

Fri, 20 Jul 2018 05:02:19 GMT

Building a brand-new home is a dream for many Americans. Having control over the style, layout and design of your home is a great way to have a home that is perfect for your lifestyle and needs and doesn't involve the many compromises that buying an established home may entail.

Along with room sizes, square footage and architectural features, creating a sustainable or green home is a very important consideration for a growing number of people across the country. By 2018, it's estimated that around 40 percent of the single-family housing market will be occupied by green construction.

If you'd like to build a sustainable home, then you've probably given a lot of consideration to the primary building materials that you're planning to use to construct it. Although there are many new ecofriendly materials that are available, concrete is an unlikely yet highly sustainable material that you may not have considered as a viable option for your green home.

Despite common perception, concrete actually meets most of the requirements that classify a material as sustainable. Here are three reasons you should consider concrete as one of the primary building materials for your brand-new green home.

1. IT'S HIGHLY DURABLE

Concrete is one of the most durable building materials available. It has a life span that is often many times longer than other commonly used materials. From a sustainability perspective, this is a very important characteristic. Long-lasting materials don't require regular replacement, which means a huge reduction in the use of resources over the life of your home.

Concrete also makes your home more resistant to the ravages of environmental elements. It won't rot, burn, rust or become infested with insects. This not only means a longer life span, but it also means that you won't need to spend valuable resources or money on preventing and repairing these issues over time.

2. IT HAS EXCELLENT THERMAL PERFORMANCE

Another vital characteristic of a sustainable home is how efficient it is in reducing the energy needed to keep it warm or cool throughout the different seasons. Insulation is an important part of achieving this characteristic, and concrete is a highly insulative material that is comparable to or better than many other sustainable building materials.

Concrete is an excellent material for providing thermal mass. Essentially, thermal mass refers to a material's ability to absorb and retain heat. In a cold climate, this is helpful for capturing the interior heat provided by your heating system and keeping your home warm.

In a hot climate, concrete's thermal mass can help keep your home cooler by absorbing exterior heat from the sun to keep your home cooler through the day. The heat that builds up in the concrete is then dispersed during the cooler nighttime hours.

3. IT CREATES MINIMAL WASTE

The amount of waste that's created by a building material is another factor that contributes to its rating as a sustainable product. In this respect, concrete stands above most other green materials. Concrete is produced to meet specific volumes, resulting in very small, if any, leftover materials as waste products.

Concrete is also completely recyclable. Unwanted concrete can be crushed to use in the construction of driveways and roads and can be used as filler for hard landscaping projects. It can even be used as the aggregate component when mixing new concrete.

If you think that concrete could be a valuable asset as a primary building material for your new ecofriendly home, then contact the team at Southport Concrete Corp. With over 20 years' experience in supplying concrete products to their customers, We’ll be able to provide you with the right advice to ensure that your green building project runs smoothly.

TIPS TO MAINTAIN YOUR CONCRETE

Fri, 20 Jul 2018 05:01:04 GMT

Concrete is a durable material, which is why it is a great choice for driveways, sidewalks, patios and a number of other structures. Although durable, concrete does still need to be maintained in order to stay durable. Concrete can break down over time if you aren't careful. See below for some maintenance tips to ensure your concrete stays in great shape.

Keep It Clean

Whether your concrete makes up a driveway, sidewalk or patio, be sure it is swept often and that any stains or spills are cleaned up properly. Spills on concrete can cause the concrete to break down over time, and this can lead to cracks or even chipping. For oil or grease that has spilled, use a substance such as kitty litter to clean the mess up, and then use a mild dish detergent and a soft bristle scrub brush to prevent staining.

Using a push broom or a leaf blower, remove debris such as grass clippings from settling into small cracks and creating larger cracks. Blades of grass blown onto a concrete patio can eventually grow into these fine cracks, and if the debris isn't taken care of, you'll have grass or weeds growing through your once-beautiful concrete.

Be sure that when mowing near your concrete, you blow the clippings away from the concrete or bag your clippings.

Make Repairs

Repair your concrete as needed. If you notice cracks beginning to form, use a concrete caulking to fill in these cracks before they turn into larger crevices. Clean out the crack using a stiff-bristle brush and a shop vacuum. Then fill in the crack with the caulk, smoothing it with your finger as you go along.

If you have cracks larger than an inch wide, patch the concrete using some ready-mix concrete. Prepare the ready-mix according to the manufacturer's directions. Clean out the crack using a chisel and a stiff-bristle brush. Add the ready-mix to the crack, smoothing it with a trowel or metal scraper to level it off. Allow the concrete to set before you walk across it or park a vehicle on it.

Apply a Sealer

Apply sealer to your concrete, especially if you have stained or stamped concrete. The sealer will help protect the concrete color and give it back the shine it once had. Concrete sealer can be found at your local hardware store, or you can ask your concrete installer what type of sealer to use on your concrete.

Before applying a sealer, thoroughly clean the concrete. Remove all dirt and debris as well as any stains. Then apply the sealer as directed. The sealer will need to set before you park or walk on the concrete or replace patio furniture.

Use Care

Your concrete driveway can of course have a car parked on it, but steer clear of parking any type of heavy equipment on it. For example, avoid putting heavy dumpsters on the concrete if you do any type of work on your home. Something too heavy can cause the concrete to crack or break.

A patio is not meant to hold a vehicle or anything too heavy, so try to avoid parking on a patio, which may not have as thick of concrete as your driveway. Use only your patio for furniture and for other leisuretype items. The same goes for a sidewalk; it isn't meant to hold a vehicle. Driving on the sidewalk may cause it to break or crack.

Be sure to take good care of your concrete and maintain it properly to ensure it lasts and continues to look beautiful. Call Southport Concrete Corp. for all of your concrete needs and for more concrete maintenance tips.

UNDERSTANDING POST-TENSIONED CONCRETE

Fri, 20 Jul 2018 04:58:56 GMT

Once upon a time, a concrete slab was just that - a slab made up of concrete and nothing else. It didn't take long for contractors to learn that such slabs generally suffered from an unacceptable rate of cracking and other problems. In general, the thicker the slab, the more pronounced such issues were.

In an effort to increase the structural stability of poured concrete, a variety of different reinforcement methods were invented. Today the number of such strategies can be somewhat baffling - even for those who work in the industry. If you would like to brush up on your knowledge of concrete reinforcing techniques, read on.

This article will provide a useful overview of one of the most effective methods of reinforcing concrete: post-tensioning.

Installation Process

At the heart of a post-tensioning system lies a set of high tensile metal cables commonly referred to as tendons. Seven braded steel wires make up each tendon. These tendons are inside a corresponding number of plastic tubes. Installers lay these tubes, with the slack tendons inside of them, inside of the forms prior to the workers pouring the concrete.

The ends of the tubes must be oriented so that they lie flush along the inside of the forms. The idea is that concrete must be kept from getting into the tubes, lest it hardens and makes tensioning impossible. Once the concrete has cured to a fully hardened state - a process that can take days, if not weeks - workers move on to the stressing operation.

As its name would imply, the stressing operation involves the stretching of the tendons to the appropriate degree of force. Installers utilize hydraulic jacks to accomplish this. Most post-tensioned concrete is stressed to a value of 33,000 pounds of load. Once pulled to the appropriate degree of tension, the tendons anchor to the concrete's outer edge.

Prestressing

Post-tensioning as a form of concrete reinforcement falls under the larger category known as prestressing. This term can be somewhat misleading, leading many people to believe that the tendons are tightened prior to the workers pouring the concrete. Yet the pre in prestressing actually refers to the fact that tensioning occurs prior to any structural load that you place on the concrete.

Other types of prestressing techniques differ in that the reinforcing elements do have to be tensioned before the workers pout the concrete. By housing the tendons in plastic sheaths, however, post-tensioning allows workers to postpone this aspect until later in the installation. This simplifies the process, since tensioning the cables proves a much easier task once the slab has taken on its hardened state.

Benefits of Post Tensioning

The ease of the tensioning represents one of the chief benefits of post-tensioning. It allows workers to install concrete slabs more quickly and with less difficulty. The enormous strength of post-tensioned concrete also means that slabs do not need to be as thick as when using other reinforcing methods.

As a result, post-tensioned concrete allows contractors to lower their material cost by lowering the necessary volume of concrete. The incredible stiffness of post-tensioned concrete allows it to withstand structural instability in the underlying ground better. It also gives the concrete a greater degree of resistance to developing cracks. Any cracks that do manage to form will be pressed tightly together, making it difficult for them to grow or expand.

Concrete Experts

The advantages of post-tensioned concrete directly benefit those who work with concrete. Switching over from other prestressing techniques or rebar reinforcement makes more sense, the more you learn about posttensioning. For more information about this versatile concrete reinforcement technique, please don't hesitate to contact the pros at Southport Concrete Corp.

TIPS FOR MATCHING A CONCRETE PATIO TO YOUR HOUSE'S STYLE

Fri, 20 Jul 2018 04:55:29 GMT

A patio is an addition that adds value to both your house and your lifestyle. However, you don't want it to be a simple, utilitarian space. You want it to complement the rest of your house.

Perhaps you've already settled on concrete for the flooring because it's a good way to stay in budget and end up with a resilient, low-maintenance surface. Concrete is also a customizable material. Utilize that quality to make your patio match the rest of your house.

Know Your Home's Style

Typically, your house will be one of two general styles — traditional or contemporary. From that point, specific styles in those categories feature their own conventions.

Contemporary homes feature modern styles, including mid-century modern and industrial modern. Coastal and ranch homes fall into this category.

Traditional homes include any of the historical styles such as Queen Anne, Colonial, Tudor and Victorian. Other regional styles, such as Southwestern or Mediterranean, also fall in this category. Typically, rustic homes are more traditional.

When you're planning your patio, you'll want to adhere to the conventions of the house's style. For instance, Queen Anne homes are known for ornate detailing, which can come through in the use of pattern and color in a concrete patio. Conversely, modern styles tend to feature clean lines and a simple palette. You could leave a square concrete slab natural-colored for this style.

Start With the Color Palette

There are several ways to color concrete. The two most popular are dyeing and staining. With concrete dyes, the miniscule pigments penetrate the surface of the slab, resulting in bold coloration. With stains, the chemicals react with those in the slab. The result is natural-toned coloration with gradients.

You'll want the main body of your patio to complement or match the façade of your house. You can also utilize a border that not only emphasizes the shape of the patio but also matches or complements the trim of the house.

Pay Attention to Material Choices

Just as a house's style might dictate a color palette and detailing, the style can also drive material selection. The stamping and either staining or dyeing process can make concrete resemble another material. Therefore, you can have your concrete patio match materials found in your house.

For instance, the Concrete Network describes a house with a concrete patio that resembles the stone façade of the house. The project required a concrete overlay over an existing concrete slab, but you can achieve the same effect on a new slab with the stamping and coloring process.

Matching a material to a design style works even if your house doesn't feature that material. For example, mission-style houses are often done in adobe. Tile and warm-colored flagstone complement the style. You could have your concrete patio made over to resemble one of those materials.

Consider Some Creative Options

Because you have so many ways to customize concrete, you also have many design options to make your patio unique to your home.

For example, you can engrave concrete, which is popular for borders. You can add to the beauty of an old-world patio by having a contrasting border engraved with designs found elsewhere, like in wrought iron fencing or a stained-glass window.

Concrete pavers are another option. If you have a modern style house, you could have the contractors install big, square pavers with gravel or contrasting concrete grout in between. That way you emphasize the geometry of your patio material complementary to the modern style.

For a coastal style home, consider a pebble aggregate surface. The pebbles are reminiscent of the shore. As a bonus, the textured surface gives you traction even when it's wet.

Your new concrete patio will be a benefit to your outdoor living. When you match it to your house's style, it also adds value to your home. Consult the concrete experts at Southport Concrete Corp. for advice when you're ready for your new patio.

CHOOSING THE RIGHT CONCRETE SEALER FOR YOU

Fri, 20 Jul 2018 04:52:54 GMT

Concrete holds a special place in the hearts of home and business owners alike, thanks to its incredible durability and lifespan. Yet that doesn't mean that concrete isn't susceptible to developing problems as time goes on. Cracks and spalling can quickly undermine the structural integrity of a concrete surface, if not carefully protected against.

One of the best ways to prevent premature breakdown of concrete involves applying the substance known as a concrete sealer. Of course, to get the right results, you'll need to select the most appropriate type of sealer. If you would like to improve your knowledge of concrete sealers, read on. This article will discuss two key factors to consider in deciding on the right sealer for you.

Safety

When applied correctly, virtually any type of concrete sealer will protect your surface from undue wear and tear. Yet the same can't always be said for the concrete sealer's effect on you and your family. You must appreciate the fact that a sealer will alter the traction - and hence the safety - of your concrete.

The important variable is thus how much the sealer will reduce traction. The thickness of the sealer plays a huge role in this determination. Generally speaking, the thicker the sealer, the less traction it will yield. The further the top of the sealer gets from the rough and stubbly surface of the concrete, the smoother and flatter it will be.

To a certain degree, however, this depends on the original texture of the concrete. More highly textured concrete, for instance, broom-finished concrete, will continue to impact the texture of the sealer at a greater depth. Be sure to discuss your traction needs with your concrete contractor, in order to determine the best possible tradeoff between thickness and traction.

Also, keep in mind that you can increase traction at any sealer thickness through the application of surface additives like sand and plastic grit. A contractor broadcasts such substances across the surface of the still wet sealer. As the sealer dries, the particles become stuck in the surface, thus imparting a great degree of grip.

This method has one drawback in that the filler does tend to come loose as time goes on, meaning the sealer will gradually lose its traction.

Appearance

Most of the concrete sealers on the market today have acrylic resin as their number one ingredient. Yet a variety of secondary substances are also used to alter the sealer in terms of behavior, application time, and appearance. Silicone, epoxy, and polyurethane all fall into this category.

Where appearance is concerned, the most common variable at play is gloss. Concrete contractors rate gloss using a 0 to 100 scale. A sealer whose gloss level is zero will be perfectly matte - in other words, it's surface will reflect the lowest possible level of light. The higher the gloss rating, the more reflective and glossy it will become.

Be sure to discuss your appearance needs with your contractor in order to determine the most appropriate level of gloss. Outdoor applications generally benefit from a lower gloss rating, to cut down on unwanted glare. A higher gloss, on the other hand, will help to enhance the features of indoor and/or decorative concrete.

Professional Installation

Sealer represents the best way to protect your investment in a concrete surface, whether its purpose is practical or decorative. Of course, to ensure best results, you will need to have your sealer installed by a professional with the requisite knowledge and experience. If you would like to learn more about what type of sealer is best suited for your needs, please don't hesitate to contact the experts at Southport Concrete Corp .

CONCRETE JOINTS: 2 COMMON TYPES AND THEIR PURPOSES

Fri, 20 Jul 2018 04:49:01 GMT

As you are surely already aware, concrete is one of the best materials for constructing residential features such as driveways, sidewalks, and patios. Yet not all concrete stands the same chances of success. Unless properly protected against, natural cycles of expansion and contraction can lead to the formation of problems like potholes, cracking, and spalling.

Fortunately, a professional concrete installation company knows that the likelihood of such problems can be greatly reduced through the use of concrete joints. If you would like to learn more about what such joints consist of, as well as how they can protect a concrete surface, read on. This article will outline two of the most frequently implemented types of concrete joints.

Contraction Joints

Contraction joints aim to reduce the occurrence of a common problem known as plastic shrinkage cracks. Such cracks develop as the concrete cures. During this process, water evaporates from the surface of the concrete. This leads to uneven hydration levels within the slab-a scenario that, in turn, leads to the formation of myriad small cracks as the upper portion of the concrete contracts.

Plastic shrinkage cracks are primarily a cosmetic concern, and shouldn't affect the overall stability of the concrete slab. Yet they can be quite unsightly, and will certainly devalue both the appearance and the long term value of the concrete. For that reason, it is vital to combat shrinkage cracks through the installation of contraction joints.

Everybody who has ever walked down a city sidewalk is already familiar with contraction joints, whether they realize it or not. That's exactly what those regularly spaced "cracks" are. A contraction joint acts to relieve shrinkage stresses by allowing the surface of the concrete to deform slightly without cracking.

A contraction joint must be cut in the concrete while it is still wet, using the tool known as a concrete saw. In order to be effective, such joints must also be deep enough. The rubric commonly used here is that the joint's depth must be at least ¼ the depth of the slab itself. If the joint is too shallow, it won't be able to adequately compensate for the shrinkage forces.

Expansion Joints

Cracks don't just form during the concrete curing process. Even once fully dry, it is possible for cracks to virtually destroy a concrete slab. Such cracks are most commonly caused by water. To understand why this is the case, it is helpful to realize that concrete is by nature quite a porous substance.

What this means is that concrete is great at absorbing moisture. This includes not just liquid water, but also moisture latent in the very air. As concrete soaks up such moisture, it's volume swells. The actual size change involved is quite small-a mere fraction of an inch. Yet this is more than enough to put a huge amount of internal stress on the concrete.

This is especially true when it comes to concrete that is installed directly next to a building, foundation, or other permanent structure. Because the concrete cannot expand outward, the internal pressure will cause cracks to form.

Expansion joints are the best way to allow concrete the little bit of "give" necessary to withstand hydration-related volume changes. Essentially, such joints involve the installation of a thin channel between the concrete slab and the neighboring structure. To prevent this groove from becoming filled with debris, it is usually filled with an easily compressed material like roofing felt.

Bottom Line

To ensure that a new concrete structure is able to live up to its promise, it is important that it be installed correctly. Concrete joints are one of the best ways to keep a concrete slab in good shape. For more information about how concrete joints work, and when they should be utilized, please don't hesitate to contact the experts at Southport Concrete Corp .

3 ATTRACTIVE OPTIONS FOR CONCRETE POOL DECKING

Fri, 20 Jul 2018 04:48:58 GMT

The decking, or area around a swimming pool, plays an important factor both in its appearance and usage. Concrete works well as decking material because of its durability and versatility.

Concrete is a versatile material with the strength and durability to make it valued for many building projects. Different processes, such as stamping and staining, can alter the surface of concrete. Altering the surface this way can make concrete resemble more expensive materials such as stone or wood. You can also customize the surface to present a unique profile.Learn about these options for your pool.

1. Concrete That Resembles Another Material

Homeowners often want high-end materials such as tile and hardwood for their pool decking. However, such materials carry a high price tag and sometimes increased maintenance costs. Concrete can do such a good job of mimicking these materials, though, that visitors won't be able to tell they're standing on a concrete slab.

To make concrete resemble another material, contractors start by overlaying the wet slab with big stamps that create indentations in the surface. The indentations are meant to mimic grout or texture lines. Pattern options include brick, natural stone, and wood.

Once the concrete is at the correct level of hardness, the contractors apply a stain to the surface. For this process, they often use an acid-based stain that lightly penetrates the surface and reacts to chemicals in the concrete. The acid stains provide a subtle range of tones.

If you want more variegation, the contractors can finish the surface by hand with water-based stains. These stains offer deeper tones than acid-based ones. Contractors can use these to make highlights or grout lines.

2. Colored Concrete

Your concrete decking doesn't have to resemble another surface. Certain styles, especially those with a modern slant, call for bright colors and shapes that convey their own beauty. Contractors can choose from different techniques to impart this aesthetic.

Water-based stains create deep coloration and a wider range of colors. It's even possible to get metallic finishes with these stains. Water-based stains penetrate the surface of the concrete, just as acid-based stains do. However, water-based stains don't rely on a chemical reaction to create the color. The dye is mixed into the stain formula.

Concrete dyes are similar to stains. However, dyes feature smaller particles, which allows them to penetrate more deeply. Dyes also come in a wider range of colors and brighter options. You can use concrete dyes in conjunction with staining.

With modern pool decking, you might see an imposition of geometric shapes onto the surface. The contractors can get this effect by using concrete dyes and stains. However, they can also embed medallions into the surface.

3. Exposed Aggregate

A popular customization for pool decking is to use exposed aggregate. As the name suggests, exposed aggregate features a material besides the concrete that juts out from the surface. A big advantage of using this surface for pool decking is the aggregate provides traction, which is ideal when the decking gets wet.

Contractors typically expose the aggregate in one of two ways. They can seed the aggregate into the wet surface of the concrete and then polish the surface to remove any residual concrete. Conversely, contractors can add the aggregate to the surfacing concrete and then power wash the top to expose the additive.

Stone is a popular additive, especially for a naturalistic pool. Choose stone that's rounded enough that it won’t poke your feet but not so polished that it creates a slippery surface. Another popular additive is tumbled beach glass. This additive imparts color on the surface of the decking.

Customized concrete can provide an attractive surface for your pool decking. Consult with the experts at Southport Concrete Corp. to customize your pool decking.

THE ROLE OF FINENESS MODULUS

Fri, 20 Jul 2018 04:48:56 GMT

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Many people make the mistake of assuming that all concrete is the same. After all, concrete consists of three basic ingredients: cement, aggregate, and water. Yet one particular batch of concrete may vary widely from the next depending on the quantities and ratios of these three ingredients.

One of the most important ways that a contractor predicts the performance of concrete is by calculating fineness modulus. Fineness modulus offers a way to quantify the average size of the aggregate particles in the concrete mix. The size of the particles, in turn, will greatly affect how easily the concrete pours and spreads, as well as its strength and durability once cured.

If you would like to learn more about how to determine the best type of concrete for a given task, read on. This article will outline the important role that fineness modulus plays in the performance of a concrete surface.

Aggregate Size

The gravel aggregate used in concrete comes in a wide variety of sizes. Yet aggregate tends to be simply labeled as either fine or coarse. Fine aggregate tends to be roughly the size of sand, while coarse aggregate consists of larger chunks up to roughly 80mm. The ratio of coarse to fine aggregate determines how much water will be required for adequate hydration as well as how the concrete will behave.

Yet within the categories of fine and coarse aggregate, a whole world of differences may exist in particle size. Even when a contractor knows the coarse to fine ratio, problems may ensue as the result of size variations within these categories. Calculating fineness modulus allows a contractor to predict concrete behavior much more accurately.

Calculation Process

Concrete workers calculate fineness modulus using sieves with progressively smaller holes. Separate sets of sieves are used for coarse and fine aggregates. The measuring process itself will be the same for both categories of aggregate. First, the sieves must be arranged in a stack in descending order.

Then a sample of aggregate is taken and carefully weighed before being added to the top sieve. The workers then place the sieves in a mechanical shaker. As this machine agitates the sieves, smaller pieces of aggregate will progressively work their way down the stack. Shaking may also be done by hand, although this does not always yield accurate results.

After the shaking process, the aggregate in each of the sieves must be weighed. These weights, when added together, should be equal to the total weight prior to placing the aggregate in the sieves. The contractor will also calculate the cumulative percentage of aggregate retained at each different sieve size.

Fineness Modulus

To determine the fineness modulus, the contractor adds the cumulative percentage-retained values and divides the sum by 100. This process must be repeated for both coarse and fine aggregate sizes. Once the fineness modulus of each size has been determined, they can be combined by means of a special equation to determine the proportions necessary for creating the desired concrete.

Fineness modulus allows concrete contractors to effectively predict the amount of water they’ll need to mix the concrete. It also paints an accurate picture of the concrete's workability, which is measured in terms of slump value. Generally speaking, the higher the fineness modulus, the higher the slump value — or in other words — the stiffer the concrete will be.

Fineness modulus also provides important information about the density of the resulting concrete, as well as its compressive strength. Both of these factors must be taken into consideration when designing the concrete. For more information about the role played by fineness modulus, contact the concrete experts at Southport Concrete Corp.

2 QUALITIES OF GOOD CONCRETE AGGREGATE

Fri, 20 Jul 2018 04:48:49 GMT

Ready-mix concrete has a nearly limitless range of applications from residential foundations to commercial parking lots. Concrete boasts a level of strength and durability that few other building materials can match. Yet not all ready-mix concrete exhibits the same positive qualities. A poor quality mix may lead to weaker, problem-prone concrete.

For that reason, you must be sure to buy your ready-mix concrete from an experienced professional — one who understands the numerous factors involved. Aggregate is one of the most critical aspects of ready-mix concrete. If you would like to learn more about how aggregate can affect the performance of concrete, read on. This article will outline two key qualities of good aggregate.

1. LOW CHERT

Most aggregate consists of crushed gravel, limestone, or a mixture of the two. Manufacturers mine aggregate in rock quarries, which means that the composition of the aggregate is subject to naturally occurring variations. Higher quality aggregates boast a much greater homogeneity — in other words, they will contain only a minimal amount of problematic substances.

Low-quality aggregate sources, on the other hand, often contain dangerously high proportions of the substance known as chert. Chert is a sedimentary type of rock known for its highly porous nature. This high porosity can lead to serious problems for ready-mix concrete made from aggregates containing chert.

Chert displays a greater tendency to absorb water. During freeze and thaw cycles, this often causes the pieces of chert to pop out of the concrete. Pop-outs have a negative impact on the concrete in terms of both aesthetics and structural integrity. By allowing water to pool up in void spaces, pop-outs hasten the rate at which cracks and other problems accumulate.

Chert can also lead to increased crack formation through its chemical effect on the cement in a concrete surface. The presence of chert causes the cement to undergo the alkali-silica reaction. This reaction leads to the formation of expansion cracks, which can quickly undermine the structural integrity of a concrete surface.

An experienced concrete contractor understands the importance of using aggregate that contains little to no chert. Aggregate sources must be regularly tested for compliance with industry-wide quality standards.

2. SHAPE

Manufacturers use high-powered crushing machines to reduce chunks of aggregate to an appropriate size for use in concrete. Yet size isn't the only factor that will affect the performance of aggregate. The shape of the aggregate plays just as important a role in the strength and economy of the resulting concrete.

Aggregate produces the best results if crushed into a cubical shape. By reducing surface area, cubical aggregate allows ready-mix manufacturers to minimize the amounts of water and cement while still ensuring strong concrete. Asymmetrical, elongated, and flaky aggregate have a greater surface area, meaning more water and cement will need to be added to produce a concrete with the requisite strength.

Two main types of aggregate crushing machines exist: jaw crushers and conical crushers. Despite their somewhat misleading name, conical crushers excel at producing cubical aggregate particles. Jaw crushers, on the other hand, tend to generate more angular and flattened pieces.

Several stages of crushing are required to produce ideally shaped aggregate. Often, manufacturers will use different machines at different stages in the crushing process. An initial pass through a jaw crusher reduces the size of the particles. Subsequent passes through a conical crusher will give the particles the desired shape.

An experienced concrete contractor knows exactly what sort of aggregate to put in their ready-mix concrete. For more information on what it means to optimize concrete strength through aggregate selection or to purchase concrete aggregate from a supplier who takes quality into consideration, please don't hesitate to contact the pros at Southport Concrete Corp.