Bsc Preferred T9431162PK Foam Mounting Tape 2 Pack

Product Description

The BSC PREFERRED T9431162PK is a double-sided polyethylene foam tape specially formulated for indoor mounting and joining applications. The tape features a rubber-based adhesive that bonds to most surfaces and conforms to irregular or uneven profiles. It is designed to perform best in an ideal temperature range of 70 to 100 degrees F. Each case contains 2 rolls, making it a practical supply for facilities maintenance crews, contractors, and trade professionals who regularly need a reliable, flexible mounting solution without mechanical fasteners.

This foam tape is suited for general indoor use across residential and commercial settings. Typical applications include mounting lightweight panels, securing trim, joining foam insulation edges, and attaching nameplates or gaskets to flat or contoured surfaces. Because the foam layer flexes and conforms, it handles minor surface irregularities better than rigid-backed tapes. It is commonly stocked in HVAC, plumbing, and general construction supply kits for quick, clean bonding tasks on the jobsite or in the shop.

Key Features

• Flexible polyethylene foam backing conforms to curved and irregular surfaces
• Rubber adhesive provides firm, lasting bond on most indoor substrates
• Optimized for use in the 70 to 100 degrees F temperature range
• Sold as a case of 2 rolls for efficient inventory management
• Non-hazardous formulation suitable for general indoor jobsite use

Compatibility

Designed for most indoor mounting and joining applications where a flexible foam tape with rubber adhesive is required on flat or irregular surfaces.

Installation Notes

Surface preparation is critical for adhesive tape applications. Clean and dry the mating surfaces thoroughly, removing dust, grease, and loose material before applying the tape. Apply firm, even pressure along the full length of the tape to ensure full contact with the substrate. For best results, apply in conditions within the recommended temperature range of 70 to 100 degrees F, as adhesion performance decreases significantly outside this range.