Hello
Chat Icon
Curve Edge Wooden Plank Tiles

The NR-142004 nutmeg tile features a tactile satin texture, adding grip and material depth to indoor flooring. Suitable for high-traffic commercial corridors.

4.7 (627 Ratings)

NR-142004

Size : 200x1400mm

premium quality

Premium
Quality

customer support

Customer
Support

high durability

High
Durability

smooth texture

Smooth
Texture

natural look

Natural
Look

Product Highlights

HS Code:

69072200

Size:

200x1400mm

Surface:

Satin Texture

Random:

11

Material:

Wooden Plank Tiles

Surface Treatment:

Glazed Tiles

Tile Type:

Floor & Wall

Thickness:

9 to 9.5 MM

Water Absorption:

6-8% (B (II) b Body)

MOR:

280-300 KG/CM2

Packing Per Box:

4 PCS

Coverage:

12.05 SQFT

Weight:

24 KG

Related Products

NR-142005
4.7 (964 Ratings)
Size

200x1400mm

Thickness

9 to 9.5 MM

Random

12

NR-142010
4.5 (655 Ratings)
Size

200x1400mm

Thickness

9 to 9.5 MM

Random

12

NR-142011
4.5 (596 Ratings)
Size

200x1400mm

Thickness

9 to 9.5 MM

Random

12

NR-142012
4.4 (798 Ratings)
Size

200x1400mm

Thickness

9 to 9.5 MM

Random

12

About Product

NR 142004 premium wooden tile offers a refined satin texture wood style for interiors that need reliable floor-wall use and durable performance. The 200x1400mm plank format creates an extended natural layout, while the Satin Texture surface adds depth and a realistic timber-inspired finish. Built with glazed wooden plank tiles, this product comes with 11 random faces, 9 to 9.5 MM thickness, 12.05 SQFT coverage per box and 24 KG weight for accurate project planning. It works well in bedrooms, living areas, offices, retail stores, hospitality interiors, corridors and feature wall sections where easy cleaning matters. NR 142004 is suitable for premium wooden tile, wood look tiles and wooden plank tiles.

Frequently Asked Question

  • What makes NR 142004 premium wooden tile suitable?

  • Where can NR 142004 tiles be installed?

  • Why choose NR 142004 over natural timber?

  • How much coverage does NR 142004 offer?