Bsc Preferred T959116 Foam Mounting Tape 6 Per Case

Product Description

The BSC PREFERRED T959116 is a polyethylene foam tape specially formulated for indoor mounting and joining applications. It features an extremely flexible foam body with a rubber-based adhesive that conforms to almost any surface, making it well suited for attaching materials to irregular or uneven substrates. The tape performs best in an ideal temperature range of 70 to 100 degrees F. Licensed tradespeople and contractors working on interior assembly, insulation attachment, and general building applications will find this tape a reliable fastening solution where mechanical fasteners are impractical.

This tape is designed for indoor use across a wide range of mounting and joining scenarios. It is commonly applied in residential and light commercial construction, HVAC duct lining attachment, paneling, trim work, and similar interior finishing tasks. Each case contains 6 rolls, making it suitable for job-site stock or supply house distribution to trades requiring consistent, on-hand adhesive tape inventory.

Key Features

• Extremely flexible polyethylene foam construction conforms to uneven and irregular surfaces
• Rubber adhesive backing delivers strong bond for indoor mounting and joining tasks
• Ideal operating temperature range of 70 to 100 degrees F
• Formulated specifically for indoor applications
• Sold in a case quantity of 6 rolls for job-site efficiency

Compatibility

Designed for general indoor mounting and joining applications on most common interior substrates including drywall, wood, metal, and rigid plastic surfaces.

Installation Notes

Surface preparation is critical before application - clean and dry surfaces thoroughly to ensure full adhesive contact. Apply within the recommended temperature range of 70 to 100 degrees F for best bond strength. Press firmly along the full tape length after positioning to activate the rubber adhesive. This product is intended for interior use only; do not apply to exterior or high-moisture surfaces.