Product Overview

SPC (Stone Polymer Composite) flooring is built on a rigid core made from limestone, PVC resin, and stabilizers, with a printed decor film and a protective wear layer. The core accounts for most of the plank's thickness and gives SPC its characteristic stiffness — unlike flexible LVT, SPC does not require full adhesion to the subfloor and can bridge minor surface imperfections. The combination of a mineral core and a UV-cured wear layer gives SPC three practical advantages: dimensional stability under temperature changes, 100% waterproof performance, and resistance to indentation from furniture and foot traffic. Because the core is inorganic, SPC does not swell, warp, or delaminate when exposed to water — making it suitable for kitchens, bathrooms, and basements where other flooring types may fail. MGT® SPC flooring is available in a wide range of wood and stone visuals, with surface textures ranging from smooth to embossed-in-register (EIR) for a more realistic grain feel. Wear layer options range from 0.15 mm for light residential use to 0.7 mm for heavy commercial applications, allowing the same product family to serve different market segments. Installation uses a click-lock system, so no adhesive is required. The planks can be installed over most existing hard floors, as long as the surface is flat and sound, and the floor is compatible with underfloor heating systems. Maintenance is limited to regular sweeping and occasional damp mopping — no waxing, sealing, or special cleaning products are needed. Compared to LVT, SPC offers greater rigidity and better performance in areas with temperature variation, which makes it a more stable choice for large open spaces, sunrooms, and rooms with large windows. LVT, by contrast, is softer underfoot and easier to cut around complex shapes. Many distributors carry both formats: SPC for higher-traffic or moisture-prone areas, LVT for rooms where comfort and design flexibility matter more. Our SPC range is engineered to meet both scenarios, with rigid cores that keep joints tight over time and wear layers that hold up to daily use.

Suitable Applications