3M™ VHB™ 5958FR Flame Retardant Tape 1" x 36 Yds. 40 Mil Black 7000049210 - Pkg Qty 9

This item is NOT returnable.

3m™ vhb™ flame retardant tape 5958fr is a double-sided tape comprised of a multi-purpose modified acrylic adhesive with a conformable foam core that delivers a total thickness of 40 mil (1.0 mm) when applied and requires no curing time. The advanced closed-cell acrylic technology offers secure bonding that performs on many painted and powder coated surfaces. Engineered to be strong it can replace rivets welds and screws while providing faster production by eliminating the need for drilling welding grinding and project cleanup. Offering seamless joining and minimal surface preparation this easy-to-use bonding method keeps surfaces smooth and aesthetically pleasing resulting in a professional application on thin lightweight and dissimilar materials. It performs in applications for short-term use (up to four hours) at a temperature up to 300 °f (149 °c) or long-term use withstanding up to 200 °f (93 °c) and meets flame retardant test far 25.853. This tape balances strength viscoelasticity conformability and adhesion to various surfaces such as stainless steel. Flame retardant tape 5958fr a reliable choice to take on a variety of bonding and sealing applications in transportation appliance electronics construction signage metalworking and general industrial. Convenience meets extreme bonding power our 3m™ vhb™ tape consists of a durable acrylic adhesive with viscoelastic properties. This provides an extraordinarily strong double sided foam tape that adheres to a broad range of substrates including aluminum stainless steel galvanized steel composites plastics acrylic polycarbonate abs and painted or sealed wood and concrete. Our bonding tapes provide excellent shear strength conformability surface adhesion and temperature resistance. Reliably bonds a variety of materials with strength and speed for permanent applications. Offers high strength viscoelastic acrylic foam that provides unique energy absorbing and stress relaxing prope

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