FAQ

Stone Veneer

1. How flexible is stone veneer compared to traditional stone slabs?
Stone veneer delivers the timeless beauty of natural stone with far greater design freedom, easier installation, and better value. It's not a compromise — it's an upgrade.
2. What surfaces can stone veneer be applied to?
Any clean, stable, and structurally sound surface — including wood-framed walls, concrete, brick, drywall, exterior insulation boards, fireplace surrounds, columns, curved walls, and commercial facades. Interior and exterior, residential and commercial.
3. Does stone veneer require sealing or special maintenance?
Minimal maintenance only. A penetrating sealer every few years, occasional cleaning with mild soap and a soft brush, and a periodic visual check of mortar joints. No waxing, polishing, or specialist upkeep required.
4. Can stone veneer be repaired if it gets damaged?
Yes — and easily. Individual pieces can be removed and replaced without touching the surrounding installation. Loose pieces reattach with fresh mortar or adhesive. Stains clean off with mild masonry cleaner. Cracked mortar joints are fixed through simple repointing. Most repairs are DIY-friendly.
5. Can stone veneer be combined with materials like wood, WPC, or metal?
Yes. Stone veneer pairs naturally with timber, WPC, and metal — on exterior facades, fireplace surrounds, garden walls, and commercial interiors. Metal channels and trim strips create clean transition joints between materials.
6. Can stone veneer be installed on curved surfaces or pillars?
Curved surfaces and pillars aren't a challenge for stone veneer — they're an opportunity. Where traditional stone gives up, veneer delivers stunning, seamless results that add architectural drama and lasting kerb appeal to any project.
7. Can stone veneer be used on furniture or cabinets?
Yes. It bonds to wood, MDF, plywood, and metal using construction adhesive. Common applications include kitchen islands, TV units, bathroom vanities, bar counters, and cabinet end panels. A penetrating sealer is recommended given the higher surface contact.

WPC

1. Will WPC warp, rot, or crack over time like traditional wood?
WPC does not warp, rot, or crack. It is built to outlast traditional wood in every condition that matters — with no maintenance demands to match.
2. Is WPC truly eco-friendly, or is that just a marketing claim?
It is a legitimate claim. WPC is manufactured using recycled wood fibres and reclaimed plastic waste that would otherwise end up in landfill. It also lasts significantly longer than traditional timber, meaning less frequent replacement and less material consumption over time. Some manufacturers go further by using sustainably sourced wood content and recyclable polymer components, though this varies by brand.
3. Does WPC need painting, sealing, or any special maintenance?
No. WPC requires no painting, sealing, or staining at any point in its lifespan. Occasional cleaning with mild soap and water is all that is needed to keep it looking fresh. Unlike timber, there is no periodic oiling, re-staining, or surface treatment required to maintain its appearance or structural integrity.
4. Can WPC Wall Panels Be Installed Directly Over Existing Walls, or Does the Surface Need to Be Prepared First?
WPC wall panels can be installed directly over most existing walls — including concrete, brick, drywall, and even older cladding — as long as the surface is clean, dry, and structurally sound. No major preparation is typically required. Panels are fixed using a hidden clip system or direct adhesive, making installation fast and straightforward without the need for demolition or surface levelling.
5. Are WPC Wall Panels Suitable for Wet Areas Like Bathrooms and Kitchens?
Yes. WPC wall panels are fully moisture-resistant, making them well suited for bathrooms, kitchens, and other wet areas. The polymer composition prevents water absorption, warping, and mould growth — common problems with timber in humid environments. They are also easy to wipe clean, which makes them a practical and durable choice for splashback areas, shower surrounds, and kitchen walls.

SPC

1. Can SPC Wall Panels Handle the Heat — Literally, in Kitchens and Fireplaces?
Yes. SPC's stone plastic composite core gives it strong thermal stability, making it resistant to the heat levels typically found in kitchens and around fireplace surrounds. It does not warp, bubble, or degrade under sustained exposure to moderate heat. For direct flame or extreme heat zones, a safe clearance distance is maintained as with any wall finish material.
2. Why Are Architects and Interior Designers Switching to SPC Over Traditional Wall Finishes?
Because SPC delivers the look of premium materials — stone, marble, wood — without the structural demands, weight, or maintenance that traditional finishes require. It installs faster, costs less to maintain, performs better in humid and high-traffic environments, and offers a consistently flawless surface finish that natural materials cannot always guarantee. For designers working across residential and commercial projects, it removes limitations without compromising aesthetics.
3. Can SPC Wall Panels Be Installed Without Underfloor Heating Systems Without Warping?
Yes. SPC's rigid stone plastic composite core is dimensionally stable under the temperature fluctuations that underfloor heating systems produce. Unlike timber or laminate, it does not expand, contract unevenly, or warp in response to heat rising from below, making it a fully compatible and reliable choice alongside underfloor heating.
4. How Does the Lifespan of SPC Wall Panels Compare to Ceramic Tiles and Natural Stone?
SPC wall panels are highly competitive. Ceramic tiles and natural stone are prone to cracking, chipping, and grout deterioration over time — especially in high-traffic or high-humidity environments. SPC's rigid core and protective wear layer resist impact, moisture, and surface degradation without grout lines to stain or joints to fail. In practical terms, a well-installed SPC wall panel surface maintains its appearance and integrity for decades with far less intervention than either tiles or natural stone.