Premium Conformable Safety Grip

This self-adhesive anti-slip tape is specifically designed for irregular surfaces such as durbar plate, chequer plate, and diamond tread. It provides excellent grip even in challenging conditions like wet or dirty surfaces, making it perfect for fire exits, walkways, access platforms, and more.

Specification

Durbar plate, chequer plate, and diamond tread are often seen in critical areas, yet they can be extremely slippery. Many safety guidelines warn against relying solely on these patterns for safety as they often create more hazards than they eliminate. The Premium Conformable Safety Grip tape offers a solution to the dangers posed by these metal surfaces. Unlike traditional non-slip tapes which may lift or bubble, this tape adheres smoothly to the contours of irregular metal plates.

The conformable anti-slip tape features a class O, very soft aluminium foil backing. This material choice offers significant advantages:

• Zero Stretch Tolerance: Unlike plastic, the foil does not stretch and will not lift from an uneven substrate.
• No Memory: The foil can be pressed into place and will retain its shape over time.

Key Features

• Designed for use on uneven surfaces, including chequer plate.
• Reduces the risk of slip accidents effectively.
• Suitable for both indoor and outdoor applications.
• Cost-effective solution for enhancing safety.
• Easily cut to size with scissors or a knife.

Dimensions & Specifications

Technical Specifications

• Material: Aluminium foil backing
• Application: Fire exits, walkways, access platforms
• Adhesive: Self-adhesive for easy application

Frequently Asked Questions

1. Can this tape be used outdoors?

Yes, the tape is suitable for both indoor and outdoor use, providing reliable grip in various conditions.

2. How do I apply the tape?

The tape can be easily cut to size and applied to any clean, dry surface. Simply peel off the backing and press into place.

3. Is the tape removable?

While the tape is designed for strong adhesion, it can be removed if needed without causing damage to the underlying surface.