【High-Quality Material】:The sealing tape is made of synthetic butyl rubber, leak-proof, anti-deformation, high viscosity, anti-aging, corrosion-resistant, has good flexibility, elasticity, and sealing properties, and is non-drying, non-hardening material.
【Excellent Sealing】:Butyl rubber tape is very sticky, ensuring excellent sealing adhesion. It can be stuck to concrete, metal, plastic, glass, and porous surfaces without worrying about falling off.
【Easy to Use】:Butyl sealing tape can be flattened or stretched for easy installation. First clean and dry the surface to be pasted, then peel the sealant off the paper and press it enough around the pressure weld to achieve complete contact.
【Wide Application】:Butyl sealing tape is suitable for most vehicles, designed for waterproofing, shock absorption, and sound insulation, and ideal for sealing or resealing car headlights, windshields, taillights, doors, waterproof membranes, hoods and House windows, skylights, screen doors, skylights, etc.
【Package Include】:You will receive 1 piece of butyl sealing tape that is 13 ft/4 M long and 8mm in diameter. It can reseal about 2 or 4 headlight assemblies, reduce the noise and wind when driving at high speed, and provide a comfortable driving environment.
Description
This sealing tape is made of high-quality butyl rubber, which has good flexibility and compression deformation ability, is sturdy structure, and can be flattened or stretched for easy installation.
Specification:
Brand: SMILFUY
Name: Car Butyl Rubber Sealant Tape
Color: Black
Material: Butyl Rubber
Size: 157 x 3.11 inch
Applicable: Most vehicles
Features:
-Butyl sealing tape has excellent weather resistance and provides good adhesion to glass, metal, wood, plastic, masonry, and most other surfaces.
-Sealing tape fills the gap between the windshield and the plastic panel and is designed to be waterproof, shock-absorbent, and soundproof, making it extremely flexible.
-Butyl sealing tape is highly elastic and sealing and can be easily flattened and stretched without affecting viscosity.