Bsc Preferred T963927 Transfer Tape Acrylic Case of 72

Product Description

The BSC PREFERRED T963927 is a general purpose transfer tape engineered for high tack, thin bonding applications across a wide range of substrates. It features a high strength acrylic adhesive on a densified kraft paper liner, delivering reliable adhesion on both smooth and textured surfaces. The acrylic adhesive construction provides good UV resistance and chemical resistance, making it suitable for environments where exposure to sunlight or common chemicals is a concern. This tape is sold as a case of 72 rolls and is stocked for trade and industrial supply applications.

The T963927 transfer tape is used in splicing operations involving film, foils, and fabric, as well as general industrial bonding tasks where a thin, high tack adhesive layer is required. Its performance on textured and smooth surfaces alike makes it a versatile choice for manufacturing, fabrication, and maintenance environments. The case quantity of 72 supports production floor and shop stocking needs where consistent adhesive performance and supply volume are priorities.

Key Features

• High tack acrylic adhesive suitable for thin bonding applications
• Good UV resistance for applications with sunlight exposure
• Good chemical resistance for industrial environments
• Adheres to both smooth and textured surfaces
• Densified kraft paper liner for consistent tape handling and dispensing
• Suitable for splicing film, foils, and fabric

Compatibility

Designed as a general purpose transfer tape for industrial and manufacturing applications involving film, foil, and fabric splicing on smooth and textured surfaces. This product is equivalent to part number S-17431.

Installation Notes

Surface preparation is critical for maximum adhesion - clean and dry the substrate thoroughly before application. Apply firm pressure across the full bond area to ensure full contact between the adhesive and the surface. Store unused rolls in a cool, dry location away from direct UV exposure to maintain adhesive performance.