Vitrified Elevation Stone Punch Rectangular Tiles TL-3410 (24x12 inch | 9 mm)
Details: Black vitrified wall cladding tile with a realistic stacked stone appearance, sized 600 x 300 mm (24x12 inch / 2 ft x 1 ft). The vitrified base and 9 mm thickness deliver durable, low-maintenance performance for both indoor & outdoor use. Finished with a textured punch surface, it’s supplied in packs of 6 pieces and built for residential & commercial elevation and wall applications. Highlights: Natural stacked stone look in a rich Black color ideal for elevation stone and wall cladding; punch finish adds depth and tactile texture. Vitrified construction offers strength, weather resistance and easy upkeep. Standard 600x300 mm (24x12 inch) format simplifies layout and installation; suitable for tiles in living room, bedroom, kitchen and outdoor facades. Usecases: Feature walls and elevations in living rooms and bedrooms; kitchen backsplashes with a stone aesthetic; exterior cladding and outdoor elevation projects; commercial interiors and façades seeking a stacked stone tile look for durable, visually striking surfaces.
Price: ₹871
Size: 24x12 inch
Finish: Punch
Color: Black
Digital Tiles
Vitrified Elevation Stone Punch Rectangular Tiles TL-3410 (24x12 inch | 9 mm)
Shipping available to this location.
Select Quantity
Total Coverage area : 12 Sq Ft
Total amount
Product Specifications
Product Highlights
Black vitrified wall cladding tile with a realistic stacked stone appearance, sized 600 x 300 mm (24x12 inch / 2 ft x 1 ft). The vitrified base and 9 mm thickness deliver durable, low-maintenance performance for both indoor & outdoor use. Finished with a textured punch surface, it’s supplied in packs of 6 pieces and built for residential & commercial elevation and wall applications.
Use Cases:
- Feature walls and elevations in living rooms and bedrooms; kitchen backsplashes with a stone aesthetic; exterior cladding and outdoor elevation projects; commercial interiors and façades seeking a stacked stone tile look for durable, visually striking surfaces.