Self Adhered High-Temperature Roof Underlayment
Polystick Self Adhered Products feature patented SEALLap®, a factory-applied adhesive treatment at the membrane overlap. Each of these patented features provides for greater ease of application as well as improved product performance.
POLYSTICK® TU PLUS
Polystick TU PLUS is a homogeneous rubberized asphalt waterproofing underlayment fiberglass reinforced, with a high strength polyester fabric on the upper surface, designed specifically for use as a tile underlayment. Polystick TU PLUS is ideally suited for use where roofing tiles are installed via adhesive set applications. Polystick TU PLUS is a homogeneous rubberized asphalt waterproofing underlayment fiberglass reinforced, with a high strength polyester fabric on the upper surface, designed specifically for use as a tile underlayment. Polystick TU PLUS is ideally suited for use where roofing tiles are installed via adhesive set applications; Polystick TU PLUS can also be installed in mechanically attached systems as the rubberized asphalt seals around correctly installed nails on the weathering surface. Polystick TU PLUS is designed for use in new construction and re-roof application where tiles may be stacked on rooftops for extended periods of time. Polystick TU PLUS may be exposed for up to 180 days.
POLYSTICK® TU MAX
Polystick TU MAX is a premium homogeneous rubberized asphalt waterproofing membrane designed specifically for use as an underlayment in adhesive foam or mechanically fastened roof tile applications. TU Max features a superior polyester reinforced surface fabric which provides for exceptional durability, UV exposure rating, and proven foam set adhesion. Additionally, the surfacing has been tested to comply with all minimum requirements for roof tile applications including skid resistance, tile stackability, and high-temperature ratings. Polystick TU MAX is designed for use in new construction and re-roof applications where tiles may be stacked on rooftops for extended periods of time. Polystick TU MAX is rated for 180-day exposure.
