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Serving Concrete Across South West England

We are a leading supplier of ready mix concrete, concrete blocksconcrete pumps, bulk bag gravel and liquid screed across England and Wales.

Consider us your dedicated one-stop-shop for all things concrete – whether you require ready mix concrete of the highest quality, or you need an efficient concrete pump for delivering your concrete or screed, we can help.

Not only do we have our Innovative Mini Pump which is ideal to reach those restricted access areas, but we also have the UK’s tallest concrete pump too!

Ready to find out more? Contact our team today or click your location on the map to find out how our services are tailored to your area!

No.1 for Ready Mix Concrete and Liquid Screed

 

As the UK’s leading one stop shop for concrete services, Wright Readymix has an unrivalled reputation within the concreting industry. We provide high quality ready mix concrete and liquid screed for both commercial and residential purposes. To understand more about what we do and how to choose the right option for your project, please read our complete guide to concrete pumping
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Wrightflow Liquid Floor Screed Supply for Homes & Businesses
30th January 2025

Are traditional screeds holding up your project? Say goodbye to long drying times, cracked surfaces, and uneven finishes. Wrightflow Liquid Screed from Wright Readymix solves common flooring problems. It's designed for builders, homeowners, and contractors alike. Unlike outdated methods, our innovative screed flows effortlessly, allowing you to create a perfect, level surface that reduces the risk of cracking and shrinking.

Ideal for underfloor heating systems, Wrightflow eliminates air pockets around pipes. It enhances heat conductivity and reduces energy bills by up to 30%. With coverage of up to 600m² per day and walkable surfaces within 48 hours, our screed saves you time and money. Want to see how Wrightflow can transform your project?

Explore our Guide on Preparing Your Floor for Liquid Screed or contact us for a free quote today.

Applications of Wrightflow Liquid Screed

Wrightflow Screed suits many uses, from homes to commercial buildings. It is versatile and reliable for every project. Our expert team will ensure your specific needs are met and endeavour to deliver a tailored approach for every application.

Residential Applications

Perfect for kitchens, bathrooms, and living areas, Wrightflow provides a seamless and durable finish for any home. As a wet room screed, it performs exceptionally well in bathrooms, kitchens, and other areas requiring water resistance. It’s especially effective in spaces with underfloor heating, as it offers enhanced comfort and energy efficiency.

Commercial Applications

Wrightflow excels in high-traffic environments such as offices, retail spaces, and warehouses. Its strength and durability make it a top choice for businesses seeking long-term solutions. Engineered as a versatile construction screed, Wrightflow adapts to the unique requirements of modern building projects. For large installations or precise, angled drainage, choose Wrightflow. Our exceptional work speaks for itself.

Benefits of Wrightflow Liquid Screed

Wrightflow Screed isn’t just better than traditional screeds. Its unique properties provide numerous benefits, improving efficiency, sustainability, and performance.

Faster Installation & Drying Times

With Wrightflow, large areas of up to 600m² can be laid in a single day. Its drying time is 1mm per day for thicknesses up to 40mm; meaning projects move forward without delays. Wrightflow is a rapid-drying screed that allows you to save time and meet tight project deadlines.

Energy Efficiency

When used with underfloor heating, Wrightflow’s superior conductivity maximises heat transfer. This results in a more energy-efficient property and lower utility bills, helping to meet modern energy standards. Wrightflow's energy-saving flooring boosts efficiency and supports eco-friendly buildings.

Enhanced Surface Finish

Wrightflow creates a smooth, even surface that meets BS8204 standards for flatness. It is the perfect foundation for any flooring material. Its self-levelling screed ensures a smooth finish with little effort. This makes it ideal for both commercial and residential use.

Why Wrightflow Liquid Screed is the Ideal Choice

Wrightflow Liquid Screed is more than just a flooring solution. It’s a smarter way to ensure durable, energy-efficient, and visually flawless floors. Its innovative design and exceptional performance set it apart from traditional screeds. Why? Because it provides a modern alternative that delivers real results. Whether you're renovating a home or managing a commercial project, Wrightflow Screed is the answer. Our liquid screed offers the flexibility and efficiency you need.

Durability That Lasts

Unlike traditional sand-cement screeds, Wrightflow is designed to resist cracking, shrinking, and curling. It’s an ideal choice for high-traffic areas and wet environments. This is because it maintains its integrity over time without compromising on strength. Its patented anti-crack fibres ensure a flawless finish every time.

Compatibility with Underfloor Heating

By flowing around pipes and eliminating air pockets, Wrightflow enhances heat distribution. It reduces energy consumption, ensuring your underfloor heating system operates at peak efficiency. Studies suggest underfloor heating paired with liquid screed can reduce energy use by up to 30%. This screed improves thermal efficiency by evenly distributing heat and reducing energy costs.

How Wrightflow Screed Solves Common Problems

Many builders and homeowners have issues with traditional screeds. Some include long drying times, cracks, and uneven finishes. Wrightflow Liquid Screed is made to solve these problems and achieve better results.

Cracking & Shrinking

Traditional screeds often crack and shrink due to inadequate additives or poor application. Wrightflow includes advanced anti-crack fibres and additives to prevent these issues. It ensures a flawless finish every time. Wrightflow offers flexible screed solutions that adapt to various environments – from high-traffic commercial spaces to cosy residential interiors.

Slow Drying Times

Delays caused by drying times can derail project timelines. Wrightflow’s rapid drying capabilities keep projects on track, allowing you to walk on floors within 24-48 hours. Additionally, our team offers flexible delivery schedules to minimise project interruptions.

Uneven Heat Distribution

Air pockets around heating pipes reduce efficiency and increase energy bills. Wrightflow's flowing screed properties eliminate these pockets. This saves money by optimising heat transfer. This unique benefit ensures you get the most from your underfloor heating systems.

Want to learn more about these benefits? Read our blog on the Top 5 Benefits of a Liquid Screed Floor.

Transform Your Project with Wrightflow Liquid Screed

Are delays, cracks, and uneven surfaces holding you back? Wrightflow Liquid Screed by Wright Readymix offers the perfect solution for modern construction. With fast drying times, underfloor heating synergy, and a perfect finish, it's the best choice for homes and businesses. Don’t miss the opportunity to revolutionise your project with cutting-edge flooring technology. Let us help you achieve lasting results.

Contact us today for expert advice and a free, no-obligation quote. Call 0117 958 2090 or visit our contact page to get started.

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3 Warning Signs Your Concrete Floor Needs Replacing ASAP
29th January 2025

Does your concrete floor look worse for wear, with cracks, flakes, or stains you can't ignore? These issues are more than just cosmetic. If left unaddressed, they can lead to safety hazards, reduced property value, and even structural damage.

The truth is, concrete floors don't last forever. Over time, wear and tear from heavy traffic, water damage, and shifting foundations can take their toll. For example, cracking may signal foundation issues. Meanwhile, spalling could indicate deeper moisture penetration. The UK Government's sustainability guidance says everyone must ensure their concrete works well. Keeping on top of it can significantly impact structural longevity and environmental sustainability.

Replacing a damaged concrete floor restores safety and functionality and adds value to your space. At Wright Readymix, we bring decades of expertise to every project and offer solutions tailored to your needs. Want a smooth replacement process? Start with How to Ensure a Smooth Ready Mix Concrete Delivery.

If you're unsure whether it's time for a replacement, read on to discover the three key warning signs and how we can help.

1. Spalling: When Moisture Breaks Down Your Concrete

Spalling, also known as scaling, is one of the most common warning signs that your concrete floor needs replacing. This occurs when the surface of the concrete begins to flake, peel, or crumble due to moisture infiltration. Over time, if left untreated, spalling can weaken the structural integrity of your floor and make it unsafe for use.

What Causes Spalling?

  • Freeze-Thaw Cycles: In colder weather, moisture seeps into the concrete and freezes, expanding and breaking down the surface.
  • Corroding Reinforcements: When exposed to moisture, steel reinforcements in concrete can rust, stressing the surrounding material.

Signs to Watch For

  • Flaky or uneven surfaces that feel rough to the touch.
  • Visible rust or corrosion on exposed reinforcements.
  • Small surface cracks that worsen over time as moisture penetrates deeper.

Repair or Replace?

Minor spalling can sometimes be fixed with resurfacing. However, severe cases often need complete replacement to correct structural weaknesses. To prevent future spalling, ensure proper sealing and drainage around your concrete floors. For practical advice on replacement preparation, visit 4 Tips for Preparing for a Concrete Floor.

2. Cracking: A Symptom of Stress and Movement

Concrete floors can crack for many reasons, but not all cracks are equal. Understanding the type of crack and its severity is key to deciding whether to repair or replace your floor. Cracking may affect the appearance of your floor, as well as its durability and load-bearing capacity.

Types of Cracking

  • Pressure Cracks: These occur when the floor is subjected to loads heavier than it was designed to bear, such as vehicles or machinery in industrial settings.
  • Heaving Cracks: These cracks are caused by movement in the ground beneath the concrete, often due to tree roots, soil expansion, or foundation settling. They tend to widen over time and create uneven surfaces.

When to Worry

  • Wide, deep cracks that extend across the surface and worsen with use.
  • Cracks accompanied by water seepage or signs of spalling.
  • Uneven slabs or gaps between sections of the floor that create trip hazards.

Repair or Replace?

Hairline cracks can often be fixed with fillers. However, larger cracks that impact the strength of your floor usually require a complete replacement. Delaying action can worsen the damage, leading to higher costs in the long run. Read The Dangers of DIY Concrete Pouring for insights on avoiding costly DIY mistakes.

3. Discolouration: Why It's More Than Cosmetic

Discolouration on concrete floors is often dismissed as a minor aesthetic issue. However, it can signal deeper problems that compromise the floor's durability over time. Water exposure, chemical spills, and algae growth can discolour the floor and weaken its surface. If left unaddressed, they may cause cracks or spalling.

What Causes Discolouration?

  • Moisture Damage: Prolonged exposure to damp conditions encourages the growth of algae and fungi, which can erode the concrete's surface.
  • Chemical Stains: Oils, salts, and industrial chemicals often seep into the surface. This can leave permanent marks and weaken the material.
  • UV Exposure: Unsealed outdoor surfaces can fade unevenly in prolonged sunlight, creating patchy, unsightly areas.

Why It Matters

Discolouration may appear harmless at first. However, it often indicates underlying damage, such as moisture infiltration or chemical corrosion. Left unchecked, these issues can escalate. In worst-case scenarios, they may result in structural vulnerabilities and the need for costly repairs.

When to Act

  • Repair: If the discolouration is just surface stains or fading, polishing or sealing can help restore its look and function.
  • Replace: If the discolouration has cracks, algae, or spalling, a complete replacement may be necessary to prevent further damage.

When to Repair vs. Replace Your Concrete Floor

Not all damaged concrete floors require replacement. Here are some factors to help you decide:

  • Extent of Damage: Surface-level issues can often be repaired, but widespread structural damage typically warrants replacement.
  • Usage Requirements: Floors in high-traffic or industrial areas may need more robust solutions.
  • Cost and Longevity: Repairs may be cheaper upfront, but replacements offer a longer-term fix.

At Wright Readymix, we combine decades of experience with cutting-edge technology. Our team delivers high-quality concrete solutions across South West England and South Wales. Whether you need materials for a minor repair or a complete replacement, we're here to help.

Contact us today for expert advice or a free quote--we'll ensure your concrete floor replacement is smooth and stress-free. Alternatively, for government-backed advice on sustainable construction materials, see the UK Government's sustainability guidance.

Upgrade Your Floors with Confidence!

Your property deserves a concrete floor that meets the highest quality and durability standards. When spalling, cracking, or discolouration takes hold, acting quickly can save you time, money, and stress. At Wright Readymix, we deliver ready-mix concrete solutions designed for your needs. You can count on us for reliable service and trusted expertise. Take advantage of our no-risk consultation and discover how we can help you upgrade your floors. Don't wait until the damage gets worse--secure your property's future today!

Call 0117 958 2090 or visit our contact page to request your free quote now.

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Bricks vs solid concrete blocks: which is better?
19th December 2024

There are several main differences between clay bricks and concrete blocks, in terms of composition and usage. As a building material, they should be carefully selected according to the type of project and the intended use of the building. In this article, we break down the benefits of each and explore which might be the right choice for your construction needs.

The differences between bricks and solid concrete blocks

Bricks and concrete blocks are made from different raw materials, meaning they have different structural compositions. Brick is made up of sand, lime and concrete materials, while concrete blocks are produced from aggregate consisting of crushed sand or stone. 

Concrete blocks are significantly larger than traditional bricks, which can make construction faster as fewer units are required. However, their increased size also makes them heavier, meaning more robust handling and equipment might be necessary on site.

Concrete blocks have a much higher water resistance than bricks, and their compressive strength is higher. Concrete has a shorter life than brick, though it still gives efficient results for up to 100 years. It is also incredible durable and can be painted more easily than brick, which secretes metallic salts that can cause paint to peel off. 

Brick, on the other hand, has been used for centuries and is renowned for its longevity, with many brick buildings lasting hundreds of years. Bricks are less prone to weathering and retain their appearance over time, making them a popular choice for traditional or aesthetic builds.

The Advantages of Solid Concrete Blocks

One of the standout advantages of solid concrete blocks is their outstanding fire resistance and the very highest fire safety rating. This makes them especially valuable for buildings where fire safety is a priority, such as commercial spaces or high-occupancy residential areas.

In addition, solid concrete blocks are favoured for their thermal efficiency and sound insulation. This means they can help keep indoor spaces warmer in winter, cooler in summer, and quieter year-round. These properties make concrete blocks a versatile and energy-efficient choice for modern construction projects.

Environmental considerations

Concrete blocks are often viewed as more environmentally sustainable than bricks because they require less energy to produce. Advances in manufacturing processes have also made it possible to incorporate recycled materials into concrete blocks, further reducing their environmental footprint.

Ease of installation and maintenance

Solid concrete blocks are easier to install and require less mortar compared to bricks. Their uniform size and shape simplify the construction process, saving time and labour costs. Moreover, concrete blocks can be painted easily, offering design flexibility, whereas bricks tend to secrete metallic salts that can cause paint to peel over time.

Which is better?

There is no one-size-fits-all answer, as the right choice depends on the specific requirements of your project. For instance:

  • If durability and aesthetic appeal are priorities, bricks may be the preferred option. They offer a timeless appearance and exceptional longevity, making them ideal for heritage buildings or projects where visual impact matters.
  • If fire resistance, thermal efficiency, and sound insulation are critical, solid concrete blocks could be the better choice. Concrete blocks also provide greater flexibility for custom finishes, as they can be painted more easily than bricks.

It’s important to weigh the needs of your project, including cost, design, and performance, before making a decision.

About our solid concrete blocks

At Wright Readymix, we supply high-strength 100mm 7.3N solid concrete blocks for a variety of construction applications, including:

  • Cavity and solid walls
  • Load-bearing structures
  • Solid partitions
  • Columns
  • Block and beam flooring

Our concrete blocks have a tolerance of D1, a mean compressive strength of 3.6–30N/mm² (unit strength), and a shear bond strength of 0.15N/mm² (tabulated value). With a pack size of 88, they are available for delivery or collection from our concrete plant in Avonmouth, where they are manufactured.

Our solid concrete blocks are not only robust and versatile but also compliant with industry standards, ensuring peace of mind for your construction projects. Whether you're working on a small-scale residential build or a large commercial project, our blocks provide a reliable and efficient solution.

Find out more

To learn more about our solid concrete blocks or to place an order, please don't hesitate to contact us today on today on 0117 958 2090

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What is reinforced concrete?
17th December 2024

Reinforced concrete is one of the most versatile and durable construction materials available today. It combines concrete’s compressive strength with steel reinforcement’s tensile strength to create a structure that can withstand a variety of forces, including weight, tension, and environmental stresses.

By embedding steel bars (also called rebar) or mesh into the concrete mix, the two materials act harmoniously to absorb tensile, compressive, and shear forces. This makes reinforced concrete ideal for both residential and commercial projects, from driveways and patios to buildings and bridges.

In this guide, we’ll explain what reinforced concrete is, how it works, its benefits, and when you might need it for your project.

Why is reinforced concrete necessary?

Concrete on its own has impressive compressive strength, meaning it can resist heavy loads pressing down on it. This makes it excellent for handling pressure applied to its surface. However, concrete’s tensile strength—its ability to resist forces that could pull it apart—is much lower, usually less than 10% of its compressive strength.

This limitation becomes critical in situations where forces like vibrations, high winds, ground movement, or uneven weight distribution are at play. Without reinforcement, concrete is prone to cracking or breaking under tension.

Steel reinforcement solves this problem:

  • Rebar absorbs tensile stress applied to the concrete.
  • Together, concrete and steel ensure the structure can withstand forces acting on it without failing.

Common Applications for Reinforced Concrete

Reinforced concrete is essential for:

  • Foundations: Prevents cracking caused by uneven soil pressure.
  • Driveways and garage floors: Withstands heavy vehicles and foot traffic.
  • Bridges: Resists tension and vibrations caused by vehicles and wind.

Whether you’re building a home, installing a driveway, or undertaking a large commercial project, reinforced concrete ensures durability, safety, and longevity.

How does reinforced concrete work? 

Reinforced concrete works by combining the strengths of two materials:

  • Concrete: Offers exceptional compressive strength, resisting crushing forces.
  • Steel reinforcement (rebar): Provides tensile strength, absorbing tension and bending forces.

When embedded within wet concrete, steel bars, rods, or mesh bond tightly with the mix as it cures. This creates a single, unified structure that can resist compressive, tensile, and shear forces.

Why Steel?

Steel is the preferred choice for reinforcement because:

  • It has a high tensile strength.
  • It bonds easily with concrete without slipping.
  • Steel and concrete expand and contract at nearly the same rate in response to temperature changes, ensuring the bond remains intact.

What About Rust?

One concern people often raise is whether steel reinforcement will rust over time. The good news is that concrete acts as a natural protective layer, preventing moisture and oxygen from reaching the steel. For coastal or high-humidity environments, additional measures like stainless steel rebar or protective coatings can be used to prevent corrosion.

Do I need reinforced concrete for my project?

A common question we hear is, “Do I need reinforced concrete for my project?” The answer depends on the size, purpose, and location of the structure. Here’s a quick guide:

Project Type Reinforcement Needed?
Small shed foundation Not usually necessary unless the ground is unstable
Driveways Recommended for large or heavy-use areas
Patios Optional for smaller patios; necessary for large ones
Garage floors Necessary to support vehicle weight and prevent cracking
Retaining walls Always recommended to handle soil pressure
Commercial buildings Essential for structural strength and durability

 

If you’re unsure, consulting with an expert supplier like Wright Readymix can help you determine the right solution for your needs.

Benefits of Using Reinforced Concrete

Reinforced concrete offers a range of advantages, making it a preferred choice for construction projects:

  • Durability: Withstands heavy loads, vibrations, and harsh weather conditions.
  • Strength: Provides superior compressive and tensile strength compared to regular concrete.
  • Cost-Effectiveness: Long-lasting and requires minimal maintenance, saving money in the long run.
  • Versatility: Suitable for small DIY projects and large-scale commercial builds.
  • Fire Resistance: Concrete’s natural fire resistance ensures structural integrity in high temperatures.
  • Sustainability: Can incorporate recycled materials for an eco-friendly construction solution.


Frequently Asked Questions (FAQs)

Q: How much does reinforced concrete cost?
A: The cost varies depending on the size of the project, the type of rebar used, and site conditions. For a tailored quote, contact Wright Readymix directly.

Q: Can I mix reinforced concrete myself?
A: While small concrete projects can be DIY, reinforced concrete requires precise mixing, placement, and rebar installation. For best results, it’s recommended to use a professional supplier.

Q: How thick should a reinforced concrete slab be?
A: The thickness depends on the load the slab will bear. For residential use, a thickness of 4–6 inches is typical, while commercial projects may require 8–12 inches or more.

Q: Is reinforced concrete environmentally friendly?
A: Yes, modern reinforced concrete can use recycled steel and aggregate, reducing environmental impact.


Get High-Quality Reinforced Concrete from Wright Readymix

Whether you’re working on a small garden project or a large-scale commercial build, Wright Readymix is your one-stop shop for all things concrete in Bristol, South Wales, and the surrounding areas. We offer:

  • Premium-quality concrete mixes tailored to your project needs
  • Steel reinforcement supply and arrangement
  • On-time delivery straight to your site

For expert advice, competitive pricing, and reliable service, contact us today or call 0117 958 2090.

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