PolyPad Tactile Ocean Blue - 300mm x 900mm

Code: 1709-OBL-3X9
$77.99  (inc GST)
    Stud Patten: (D) Directional Indicator Pattern
  • No Option

PolyPad tactile guidance products are ideal for situations where recessing of the substrate is considered inappropriate or costly - in these situations retrofitting can be easily achieved with the installation of these polymeric tactile products.

PolyPad is undoubtedly the most versatile and easy to install tactile guidance product on the market. Manufactured from a combination of high performance polymers, PolyPad is flexible and can be manipulated to suit undulating surfaces without compromising strength and durability. PolyPad will also expand and contract with normal thermal movement and absorb vibrations typical of some transport infrastructure.

PolyPad has the added advantage of a short installation time with minimal interruption to pedestrian surfaces. Having been specified by many councils and most public institutions across Australia, PolyPad is a proven performer and comes with an extensive life expectancy.

  • UV stable - retains colour and brightness for the life of the product
  • Highly flexible and easily shaped with a utility knife
  • PolyPad is manufactured from new generation long lasting UV stable polymer
  • Suitable for internal or external applications
  • Extremely versatile and can be installed in many areas including public transport, bus stops and tram platforms, and over concrete, timber, steel, stone; into carpet, vinyl and most other substrates - Bitumen must be hot mix, compacted and at least 30 days old
  • Manufactured to 2.5mm base with AS1428 compliant 5mm stud height
  • Non-Adhesive Backing - Requires Mapei Polyurethane Adesilex Adhesive for Installation
  • Complies to: AS1428:2009 Design for access and mobility; AS4586:2013 Slip resistance classifications for new pedestrian surface materials; & NCC - National Construction Codes
  • Available Profiles: (D) Directional Indicator Pattern
  • Colour: Ocean Blue
  • Size: 300mm length x 90