Brief: Follow along for a hands-on demonstration that highlights performance points of our PVC adhesive tactile tiles. This video showcases how these 60x120cm indicator mats provide essential guidance for visually impaired individuals, featuring anti-slip surfaces and easy installation methods for urban accessibility projects.
Related Product Features:
Premium PVC construction ensures long-lasting performance in demanding environments.
Anti-slip surface texture provides reliable traction in all weather conditions.
Can be secured with road glue, epoxy, or drilled pin-type installation for various surfaces.
Installed on roadways, highways, and pavements to provide directional guidance and hazard warnings.
Features specific textures and shapes to help visually impaired users navigate safely and detect obstacles.
Strong impact and pressure resistance for durable performance in high-traffic areas.
Available in multiple colors including red, yellow, and black for different application needs.
Designed with strip and dot bulges to enhance safety and provide protection for blind and disabled individuals.
FAQs:
What are the dimensions and thickness options available for these tactile tiles?
The tactile tiles measure 60x120cm and are available in two thickness options: 5mm for versions with adhesive but without studs, and 9mm for versions with both adhesive and studs.
How are these tactile pavement tiles installed?
These tiles can be easily secured using various methods including road glue, epoxy, or drilled pin-type installation, making them suitable for different surface types and installation requirements.
What is the expected lifespan of these PVC tactile tiles?
These high-quality PVC tactile tiles are designed for long-term use with an expected lifespan of more than 3 years in demanding environmental conditions.
What safety features do these tactile tiles provide?
The tiles feature anti-slip surfaces with strip and dot bulges that provide reliable traction and help visually impaired individuals navigate safely by warning of obstacles and directional changes.