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Concrete screed (25-50mm thick) provides smooth finishing surfaces for tiles, wood, and LVT flooring with fine sand aggregate. Standard concrete floors (100mm+ thick) offer structural strength with coarse aggregate for foundations, driveways, and load-bearing applications. Choose screed for smooth finishes and underfloor heating; choose concrete for structural support and heavy-duty use. Concrete screeding and standard […]

Concrete pumping delivers faster, safer, and more efficient placement than traditional pouring, especially on large or hard-to-reach projects. Pouring is suitable for smaller, accessible sites, while pumping saves time, reduces labour, and ensures consistent quality on medium to large builds. Pumps can place up to 150 cubic yards per hour, far exceeding manual methods. Pro-Mix

Brushed finish concrete creates texture by dragging a stiff brush across freshly poured concrete. This technique produces parallel lines that enhance slip resistance and safety on wet surfaces. The finish is applied when concrete remains workable but firm enough to hold texture patterns. Common applications include driveways, walkways, patios, and ramps where traction matters most.

A common question is whether concrete can be recycled. The answer is YES. Old concrete can be crushed and repurposed into new construction materials, such as road bases, fill, and even new concrete mixes. Most construction sites generate significant concrete waste, but modern recycling facilities can handle nearly all types of debris. The circular economy

To transform concrete, clean and repair the surface first, then choose the right paint or polish based on traffic and environment. Apply thin coats of primer and paint or grind with progressively finer diamond pads for polishing. Use pH-neutral cleaners and reseal every 5–10 years for long-lasting results. Concrete surfaces in homes and businesses across

Incorrect concrete-mix ratios create weak structures that crack, crumble, and fail under load. When cement, sand, aggregate, and water aren’t properly balanced, buildings lose strength and durability. Too much water weakens concrete significantly, whilst insufficient cement creates porous, brittle structures. Wrong ratios cause expensive repairs, safety hazards, and potential collapse that could have been prevented

Construction projects face a critical decision between pre-mixed concrete and traditional on-site mixing methods. Ready to mix concrete arrives at your site professionally prepared. Traditional sand and cement mixing requires manual preparation and careful proportioning to achieve the desired strength and consistency. The choice between these methods affects project timeline, quality control, labour costs, and

Concrete mix ratios matter more than most people realise. Each grade, from C10 to C40, is designed for a specific job, balancing cost, durability, and strength. Use lighter grades like C10–C20 for domestic work, C25–C30 for structural needs, and C35–C40 for heavy-duty or commercial projects. The right ratio saves time, money, and prevents early repairs.

Ready-mix concrete requires precise water ratios and systematic mixing for maximum strength. Use a 0.45-0.6 water-to-cement ratio, add water gradually, mix thoroughly without dry pockets, and avoid overwatering, which weakens concrete by 50%. Proper tools include a wheelbarrow, shovel, and safety gear. Mix in cool conditions, test consistency with the slump test, and pour within

Premixed concrete shelf life depends on the type you order. Ready-mix concrete lasts 90 minutes to 2 hours after batching before becoming unusable. Bagged dry concrete mix stays good for 3 months to 1 year when stored properly in dry conditions. Ready-mix concrete: Use within 90-120 minutes of batching Bagged dry mix: Lasts 3-12 months