About Us
All aspects of Ground Works undertaken.
All Work Fully Guaranteed
Liability Insurance
Latest Equipment
About us
Welcome to CR Concrete! We pride ourselves on being the leading experts in Concrete Powerfloat Flooring. With an extensive track record spanning decades, our dedication and mastery in our craft are unparalleled. Rest assured that our work is not only of the highest quality but also fully guaranteed and backed by comprehensive liability insurance.
To ensure exceptional results, our team utilises state-of-the-art equipment combined with their wealth of experience. When it comes to powerfloat concrete, trust the experts who have consistently delivered excellence. We invite you to get in touch with us for an inspection and quotation, and we genuinely look forward to the opportunity of collaborating with you on your concrete flooring needs!
Powerfloat concrete
Power floating concrete is a technique used in the finishing phase of concrete construction to achieve a smooth, dense, and level surface. Here are several reasons why power floating concrete is commonly used:
- Smooth Finish: Power floating helps to achieve a smooth surface by leveling out imperfections and filling in voids and air pockets. This creates a uniform appearance across the concrete slab.
- Increased Durability: By compacting the concrete surface, power floating increases its density and strength. This makes the surface more resistant to wear and tear, abrasion, and surface damage.
- Enhanced Aesthetics: Power floating can enhance the visual appeal of the concrete surface by providing a glossy finish. This can be particularly desirable for decorative concrete applications or areas where aesthetics are important.
- Reduced Maintenance: A smooth, level surface created by power floating is easier to clean and maintain compared to rough or uneven surfaces. This can reduce the need for ongoing maintenance and repairs.
- Accelerated Construction: Power floating can speed up the construction process by allowing for faster finishing of large concrete areas. This can help contractors meet tight deadlines and minimize project durations.
- Improved Safety: Smoother surfaces created by power floating reduce the risk of tripping and falling hazards, making it safer for pedestrians and vehicles to traverse the area.
- Consistent Quality: Power floating helps to ensure a consistent and uniform surface finish across the entire concrete slab, minimizing variations in texture and appearance.
- Better Resistance to Environmental Factors: A well-finished concrete surface is less susceptible to damage from environmental factors such as freeze-thaw cycles, moisture penetration, and chemical exposure.
Overall, power floating is a widely used technique in concrete construction due to its ability to produce high-quality, durable, and visually appealing concrete surfaces efficiently.
Bay Concrete
Brush finish concrete is a method used to create a textured or non-slip surface on freshly poured concrete. Instead of a smooth trowel finish, a brush finish involves using a brush or broom to create a specific texture or pattern on the surface of the concrete. Here’s how the process generally works:
- Pouring the Concrete: Similar to other concrete finishing methods, the process begins with pouring the concrete onto the prepared surface.
- Initial Screeding: After pouring, the concrete is leveled using a screed to distribute it evenly across the surface and remove excess material.
- Waiting for Initial Set: Before applying the brush finish, the concrete needs to reach a certain stage of set, typically when it’s firm enough to support the weight of a person without indenting but still somewhat plastic and workable.
- Applying the Brush Finish: Once the concrete has reached the desired stage of set, a brush or broom is used to create the desired texture on the surface. The brush can be dragged, swept, or swirled across the surface to create different patterns or textures, depending on the desired aesthetic and functional requirements.
- Finishing Touches: After applying the brush finish, any edges or joints may be smoothed out with a hand trowel to create a clean transition between sections of concrete.
- Curing: As with other concrete finishing methods, proper curing is essential to ensure the concrete develops strength and durability. This may involve keeping the surface moist and covered with a curing compound or plastic sheeting to prevent moisture loss.Brush finish concrete is commonly used for outdoor surfaces such as sidewalks, driveways, patios, pool decks, and other areas where slip resistance is important.
The texture created by the brush finish provides traction underfoot, reducing the risk of slips and falls, especially in wet or icy conditions. Additionally, the textured surface can enhance the aesthetic appeal of the concrete, adding visual interest and character to the finished project.
Ground works and civil engineering
Concrete car parks, also known as parking lots or parking garages, are areas designated for parking vehicles. They can vary in size, design, and layout depending on factors such as location, capacity, and intended use. Here are some key aspects of concrete car parks:
- Construction: Concrete is a common material used in the construction of car parks due to its durability, strength, and ability to withstand heavy loads. Car parks may be constructed as surface lots, where vehicles park directly on a concrete surface, or as multi-level structures with multiple levels of parking decks made of concrete.
- Design and Layout: The design and layout of concrete car parks are essential for efficient traffic flow, parking capacity, and user safety. Factors such as entry and exit points, traffic lanes, parking spaces, pedestrian walkways, signage, and lighting are carefully planned to optimize the use of space and provide a safe and convenient parking experience.
- Surface Treatment: Depending on the specific requirements and aesthetic preferences, the surface of concrete car parks may be finished in various ways. Common surface treatments include brushed finishes for enhanced traction and slip resistance, textured finishes to reduce glare, and colored or stamped concrete for decorative purposes.
- Drainage: Proper drainage is crucial for concrete car parks to prevent water accumulation, flooding, and damage to vehicles. The design typically includes sloped surfaces and drainage systems such as gutters, drains, and stormwater management facilities to direct water away from parking areas effectively.
- Accessibility: Concrete car parks must comply with accessibility standards and regulations to accommodate individuals with disabilities. This includes providing designated accessible parking spaces with proper dimensions, access aisles, and curb ramps, as well as accessible routes to building entrances and amenities.
- Maintenance: Regular maintenance is essential to ensure the longevity and functionality of concrete car parks. This may include routine cleaning, repairs to damaged surfaces or structures, resealing of joints and cracks, and periodic inspections to identify potential safety hazards or structural issues.
- Security: Security measures such as surveillance cameras, lighting, access controls, and perimeter fencing may be implemented to enhance safety and deter vandalism or theft in concrete car parks, especially in urban or high-traffic areas.
Concrete car parks play a vital role in urban and suburban infrastructure, providing convenient and secure parking facilities for vehicles in various settings such as commercial complexes, residential buildings, educational institutions, and entertainment venues. Efficient design, construction, and maintenance are key to ensuring their functionality, safety, and longevity.