Snow White
| Size: | 1200x2700x6mm |
| Thickness: | 6mm |
| Body: | White |
| Finish: | Glossy |
Snow White is a 6mm sintered stone slab with a pure white base and a bright glossy surface. Its clean and elegant appearance creates a fresh, spacious and refined visual effect, making it suitable for modern interiors that need a simple yet premium decorative finish.
With a 1200×2700mm format and 6mm thickness, this slab is ideal for lightweight decorative applications such as feature walls, wall cladding, cabinet doors, furniture panels and interior surface decoration. The white body provides a clean foundation, while the slim profile supports flexible installation in residential and commercial projects.
The glossy finish enhances the brightness of the white surface, helping spaces feel lighter, cleaner and more open. Combining minimalist beauty with the practical performance of sintered stone, Snow White is a versatile choice for modern homes, retail spaces, hospitality interiors and high-end decorative surfaces.
Marble-look 6mm sintered stone slabs are designed for lightweight decorative applications that require a refined stone appearance with flexible installation. With their slim thickness, large-format size and elegant marble-inspired patterns, they are especially suitable for vertical surfaces and furniture-facing projects where visual impact is more important than heavy structural support. The 6mm slab thickness makes the material easier to apply to feature walls, wall cladding, cabinet doors, furniture panels, elevator interiors, retail displays and hospitality spaces. Compared with natural marble, sintered stone offers better resistance to stains, moisture, scratches and daily cleaning needs, while maintaining a luxurious marble-like surface effect.
Whether used in residential interiors or commercial projects, marble-look 6mm sintered stone provides a bright, elegant and premium finish for modern spaces. It is a practical choice for designers who want the beauty of marble with lighter weight, easier maintenance and more consistent surface performance.

