7.2mm PU Tactile Tiles

7.2mm PU Tactile Tiles Specification

Tile Material
PU

Application
Construction

Tile Finish
Matt

Tile Sort
Plain

Color
Yellows / Golds

Size
300 x 300 mm

Thickness
7.2 Millimeter (mm)

7.2mm PU Tactile Tiles Trade Information

Minimum Order Quantity
100 Square Foots

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Square Foots Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 7.2mm PU Tactile Tiles

Crafted with precision, the 7.2mm PU Tactile Tiles offer exceptional durability and functionality for construction projects. These tiles feature a practical size of 300 x 300 mm, making them ideal for seamless installations. Manufactured using high-quality polyurethane (PU), they ensure resistance to wear and tear, making them suitable for heavy foot traffic areas. The matte finish enhances grip and provides a sleek appearance, while the tactile plain surface delivers optimal performance in guiding individuals safely in public spaces. With a thickness of 7.2 mm, these tiles strike the perfect balance between robustness and user comfort. Available in vibrant yellow and gold tones, these tiles ensure high visibility and compliance with accessibility standards. Designed for efficient installation, they are a reliable solution for construction projects requiring functional and visually impactful tactile guidance surfaces.

FAQs of 7.2mm PU Tactile Tiles:

Q: What are the dimensions of the 7.2mm PU Tactile Tiles?

A: The tiles measure 300 x 300 mm, ensuring ease of installation and compatibility with standard construction layouts.

Q: What material are these tiles made from?

A: These tactile tiles are crafted from durable polyurethane (PU) for longevity and resilience.

Q: What type of finish do these tiles have?

A: The tiles feature a matte finish that provides a sleek look while enhancing grip for safety.

Q: What makes these tiles suitable for construction applications?

A: Their robust thickness of 7.2 mm, vibrant colors, tactile plain design, and durable PU material make them ideal for construction projects, especially in accessibility-focused areas.