Frequently Asked Questions

Pitting collects oil and grit, which accelerates wear and staining. Over time the slab may need full resurfacing, which costs significantly more than early grinding and polishing.

Delaying lets stains penetrate deeper into the concrete and can make removal impossible without aggressive grinding. That increases labour and may require greater scope such as resurfacing.

DIY polishing is possible for small areas, but proper grit progression and densifier application are technical. Incorrect technique often produces patchy gloss and uneven results.

Cost depends on slab condition, area, and desired sheen. We provide a site assessment and a written estimate listing grit stages and densifier type for an accurate price.

Yes. Most existing slabs can be ground and polished unless they have severe structural damage or thick coatings that require removal first.

Polished concrete is hard and can feel cold underfoot. High gloss can be slippery when wet without added aggregate. Maintenance and slip-resistant options should be discussed in the quote.

Yes. Regular cleaning and periodic recoating keep the surface protective and slip-resistant. Most floors need inspection and light maintenance every 12–36 months, with recoats typically every 3–5 years depending on traffic.

Ignored wear leads to faster abrasion, staining, and substrate damage. That accelerates full replacement needs and raises repair costs. Early recoating prevents deeper damage and reduces long-term expense and downtime.

Use a pH-neutral, water-based cleaner. Occasional mild dish soap diluted in water is acceptable, but avoid vinegar, bleach, or solvent cleaners that can dull or damage topcoats.

Delays increase slip risks, accelerate wear, and force longer closures for repairs. Businesses face higher replacement costs and longer downtime versus scheduled maintenance windows.

Recoating frequency depends on use and exposure. Typical guidance is every 3–5 years for garages and light commercial use, sooner for heavy industrial traffic.

Minor sheen changes can occur between old and new topcoats. We recommend a small test patch or sample to confirm color and finish before full recoating.

Yes. Repairs start with a substrate inspection, then crack filling with epoxy mortars, grinding, and patching. Sound concrete and proper profiling are required for successful adhesion and long-term performance.

Sometimes. New epoxy can be applied if the existing coating is sound and properly profiled. Loose or delaminated coatings must be removed and adhesion tested before recoating.

Small cracks let oil and moisture penetrate the slab, widening over time. That leads to delamination and larger repairs, often requiring more removal and longer downtime than early fixes.

Delamination spreads, creating trip hazards and contaminating adjacent areas. Delays also raise disposal and labour costs and extend the time the space is out of service.

No. Effective repair includes surface profiling, epoxy mortar for cracks, patching, and adhesion testing. Skipping prep leads to poor adhesion and recurring failure.

Costs vary with surface condition, square footage, and repair method. A written on-site estimate will list prep work, materials, and labour so you can compare options.

Flake epoxy provides a decorative, slip-resistant surface that masks minor imperfections. Performance depends on prep, flake coverage, and topcoat choice.

Ignoring cracks lets moisture and oils undermine adhesion. Small issues become delamination or peeling, requiring full removal and repair later. Addressing cracks first saves on rework.

Delaying profiling reduces bond strength and shortens coating life. Poor adhesion causes flake loss and early maintenance, increasing long-term costs and downtime.

DIY kits exist, but consistent surface profiling, correct broadcast rate, and controlled curing are critical. Professional estimates specify flake coverage and cure times for predictable results.

Cost depends on surface condition, square footage, required repairs, and topcoat selection. Estimates itemise primer, flake coverage, broadcast rate, and labour for accurate pricing.

Return-to-service depends on system and temperature. Estimates include projected cure times; typically light foot traffic is allowed after initial cure and full chemical resistance follows final cure.

Yes. Epoxy coatings resist oil, chemicals, and abrasion when applied over properly prepared concrete, providing a sealed, easy-to-clean surface suited to vehicle traffic.

Costs vary with garage size, substrate repairs, system choice, and decorative options. Ask for an itemised estimate listing repairs, coating layers, and projected cure times.

Potential downsides include long cure time windows, poor results from inadequate prep, and slipperiness when wet. Proper surface profiling and topcoat selection mitigate most issues.

Cracks can collect oil and moisture, widen over time, and cause coating delamination. Early epoxy crack filling prevents deeper concrete damage and larger repair bills later.

Delaying allows stains to set and moisture to penetrate, making adhesion harder and often requiring more extensive substrate repair before coating can succeed.

DIY kits suit very small, clean, and level slabs. Professional installations include diamond grinding, crack repair, and multi-layer systems that improve adhesion and long-term durability.

Metallic epoxy shows surface imperfections if not profiled correctly, and it can be slippery when wet unless textured. Proper prep, anti-slip additives, and a polyurethane topcoat reduce these issues.

Costs vary by system and finish. A written estimate lists primer, metallic base, and topcoat costs. Request an itemised quote to compare pigment choices and topcoat levels.

If visual impact and ease of cleaning matter, metallic epoxy provides a decorative, low-maintenance finish. Compare itemised quotes to expected lifespan and downtime savings.

Lifespan depends on traffic and topcoat selection. With proper surface prep and a polyurethane topcoat, many interiors maintain appearance for years with routine care.

Small chips allow moisture and chemicals to reach concrete, causing staining and substrate damage. Neglected repairs often raise restoration costs by 30–50% and require longer closures.

Kits may not include surface profiling or professional pigment blending, risking uneven sheen and poor adhesion. Professional installations include prep, correct mix ratios, and proper topcoat application.

Unrepaired cracks can cause delamination and local failure of the coating. Left untreated, repairs escalate from surface patching to full replacement. Early profiling and crack repair prevents rework and extends coating life.

Delaying allows stains and chemicals to penetrate concrete and increases the chance of concrete damage. That often means more extensive surface prep and higher repair costs later.

Polyaspartic cures much faster and offers superior UV stability; epoxy usually achieves a thicker film and can be lower cost. Choice depends on cure-window needs, UV exposure, and budget.

Costs vary by substrate condition, repair needs, and coating specification. We provide written estimates listing surface prep, materials, and cure windows to give a clear price.

With correct preparation and normal use, polyaspartic topcoats often provide long service life. Lifespan depends on traffic, chemical exposure, and maintenance practices.

Some manufacturers, including major brands, offer polyaspartic or hybrid products. Check product data sheets for UV stability, cure times, and recommended substrates before purchase.

Quartz epoxy flooring uses an epoxy base coat with broadcast quartz aggregate, then a topcoat. The result is a textured, slip-resistant surface with improved abrasion resistance.

Small defects let oil and moisture penetrate and expand damage. Ignoring them increases repair scope and cost; early profiling and crack repair avoids larger resurfacing work.

Epoxy requires thorough surface prep and controlled curing. There are strong fumes during installation and some epoxies yellow in UV if not topcoated. Proper prep and topcoat mitigate these issues.

Delaying allows stains and abrasion to deepen, increases slip incidents, and often forces longer shutdowns later. Scheduling repairs early keeps downtime short and costs lower.

Painting lacks the abrasion resistance and bond of an epoxy system. Quartz epoxy includes surface profiling, primer, base coats, and topcoat for a longer-lasting, textured finish.

Light foot traffic is often possible after 24 hours; full service load typically follows the specified cure window, commonly 48–72 hours depending on the system and temperature.

Not usually. The slab needs profiling, primer, and crack repair first. Without these steps the overlay may not bond or may crack. We include surface prep and a written pour plan in estimates.

Avoid self-levelers for structural repairs, moving cracks, or deep fills beyond product limits. Use patching or slab repair first, then apply the leveling overlay where specified.

Coatings can thin out, show surface defects, or delaminate. That leads to rework, extra costs, and possible voided manufacturer warranties. Early leveling avoids those outcomes.

Pitting lets moisture and chemicals reach the slab, accelerating deterioration and raising repair costs. Addressing defects early preserves the slab and reduces long-term maintenance.

Coverage depends on pour depth. A 50 lb bag typically covers more area at thin featheredge pours and much less at thicker sections. We provide coverage estimates per project in written quotes.

Yes, if the slab is sound. The surface must be profiled, cleaned, and primed. We include those prep steps and a pour schedule in our scope so the overlay bonds correctly.

Stained concrete offers decorative colour without new materials, minimal height change, and a sealed surface that cleans easily. It suits smooth, sound concrete and areas where a natural, variegated look is acceptable.

Yes. Acid and water-based stains penetrate concrete to create permanent colour variation. Successful results depend on proper cleaning, profiling, and test patches on the actual slab.

Staining typically costs less than new flooring that requires subfloor work. Costs vary by slab condition, size, and chosen sealer; repairs and prep increase price more than staining alone.

Small cracks absorb stain unevenly and worsen with freeze-thaw or traffic. Ignoring them can create visible defects and higher repair costs later; repair before staining avoids repeat work.

Delaying sealer leaves stain exposed to wear and UV, causing accelerated fading and surface abrasion. Prompt sealing secures colour and lowers the chance of early rework.

Stain penetrates the slab and does not peel like paint, but a poor sealer or inadequate prep can result in delamination of the sealer. Proper profiling and sealer selection prevent peeling.

Small cracks let movement continue beneath the overlay. Over time this causes delamination or visible pattern defects, requiring patching or overlay replacement rather than a simple repair.

Delaying sealing increases UV damage and stain penetration. That loss of contrast and penetration can force restorative work instead of a routine recoat.

Initial installed cost can be lower than natural stone but depends on pattern complexity and prep. Compare written estimates that list overlay thickness, stamp mats, and sealer type.

With proper surface prep, stamping, and routine resealing, stamped overlays typically last many years; longevity depends on traffic, sun exposure, and maintenance schedule.

A 20x20 (400 sq ft) price depends on overlay scope, pattern choice, color release, and existing slab condition. We provide a written estimate after a site assessment.

Yes. Indoor use requires attention to slip resistance, sealer selection, and substrate prep to control dust and ensure a consistent finish.