Aluminum foil butyl waterproof tape is a lifelong non curing self-adhesive waterproof sealing tape made from butyl rubber as the main raw material, combined with other additives, and processed through advanced technology. 

It has strong adhesion to various material surfaces, +A7:E40and has excellent weather resistance, aging resistance, and waterproofing. It plays a sealing, shock absorption, and protection role on the surface of the adhesive. 

Product characteristics of aluminum foil butyl waterproof tape:

Excellent mechanical properties: high bonding strength, tensile strength, good elasticity and  elongation, and strong adaptability to interface deformation and cracking.

Stable chemical properties: excellent chemical resistance, weather resistance, and corrosion resistance.

Reliable application performance: It has good adhesion, waterproofing, sealing, low temperature resistance, and tracking performance, as well as good dimensional stability.

Working temperature: rated working temperature 90 ℃, emergency overload temperature 130 ℃.

Color: The standard colors are gray, black, and white (other colors can be provided according to user needs).

Six major uses of aluminum foil butyl tape:

1.Roof waterproofing, underground waterproofing, waterproofing treatment of structural construction joints, and overlapping sealing of polymer waterproofing rolls for new construction projects;

2.Sealing and waterproofing treatment of construction joints in subway tunnel structures in municipal engineering;

3.Airtight, waterproof, and shock-absorbing at the joints of the colored pressure plate. Aluminum foil butyl tape is suitable for airtightness, waterproofing, and shock absorption at joints in sunlight board engineering;

4.Bonding and sealing treatment in automobile assembly;

5.Waterproof and sealing treatment of joints in steel structure construction;

6.Aluminum foil butyl tape is suitable for waterproof sealing of various civil roofs, color steel, steel structures, waterproof rolls, PC boards, etc. under sunlight exposure.

Dimensions: