Bsc Preferred T95219 Removable Foam Tape Squares

Product Description

The BSC PREFERRED T95219 is a pack of pre-cut foam squares designed for temporary bonding applications where clean removal is required. The squares are manufactured on a 3-inch core and use a specially formulated adhesive that releases without leaving damaging residue. This tape product is suited for trade and construction applications where repositionable or temporary mounting is needed. Installers in HVAC, electrical, and general building trades reach for this type of product when attaching insulation, labels, gaskets, or light components that may need to be repositioned or removed during service work.

This product is packaged as a single pack and is appropriate for use in both residential and light commercial settings. The pre-cut square format reduces prep time on the job. The removable adhesive makes it suitable for installations where the substrate finish must be preserved, such as finished panels, equipment enclosures, or painted surfaces. It falls within the adhesive tape category and is sold in single-pack units.

Key Features

• Special adhesive formulated for easy, clean removal without surface damage
• Pre-cut foam squares eliminate the need to measure and cut on site
• Wound on a 3-inch core for compatibility with standard dispensing equipment
• Lightweight pack weighing 1 pound for easy transport to the job site
• Sold in single-pack (PK) units with a minimum order quantity of 1

Compatibility

The T95219 is equivalent to part number S-13709. It is designed as a direct replacement for removable foam tape square products used in general construction, HVAC, and building trades applications.

Installation Notes

Surface preparation is critical before applying any foam tape product. Surfaces should be clean, dry, and free of dust, oil, or loose material prior to application. No special tools are required, but a roller or firm hand pressure is recommended to achieve full adhesive contact. Because the adhesive is designed for removability, avoid applications requiring permanent structural bonding or load-bearing attachment.