Professional Non-Slip Decking Strips 115mm x 1m Aluminium Screw Down Plates for Safety on Wet Surfaces

Non-Slip Decking Strips Aluminium Screw Down Plates

Non-Slip Decking Strips are designed to provide a safe and stable anti-slip tape installation on unstable surfaces, such as sodden timber, flaking or saturated concrete. Ideal for applications seen on marine jetties, garden steps, and concrete paths that are prone to icing over in winter conditions. Unlike most materials that require adhesive and a dry surface, these plates screw into place with mechanical fixings, ensuring reliability in challenging environments.

• Perfect for unstable substrates including sodden timber and flaking concrete
• Designed for constantly wet surfaces
• Constructed from 1.6mm weatherproof aluminium for durability
• Optional stainless steel plates available for marine environments
• Helps prevent slips on steps and fire exits
• Available with different grades and colours of anti-slip coatings

These non-slip decking strips are especially valuable in areas where wet weather can lead to accidents, assisting in providing anti-slip support on various surfaces like decking and substrates. They can be coated with a self-adhesive anti-slip tape in many colors, including hazard warning chevrons and photoluminescent options that glow in the dark. The plates can come in a flat design for screwing onto a surface or in an L-shape (120mm x 635mm x 45mm) for fixing onto steps and stairs.

Dimensions & Specifications

Technical Specifications

• Material: Weatherproof Aluminium
• Corrosion-resistant options available for marine use
• Rounded corners for added safety and aesthetic appeal

FAQ

• Can these plates be used on wet surfaces?
  Yes, they are specifically designed to provide anti-slip support on wet and unstable surfaces.
• What thickness are the aluminium plates?
  The plates are made from 1.6mm thick weatherproof aluminium.
• Are there different sizes available?
  Yes, they are available in both flat and L-shape designs for various applications.