Bsc Preferred T96394986PK Flying Splice Tape 6 Per Case

Product Description

The BSC PREFERRED T96394986PK is a high-performance flying splice and core starting tape designed for demanding industrial applications. It features an acrylic adhesive bonded to a densified kraft paper liner, delivering strong wet grab characteristics at process speeds exceeding 2,000 feet per minute. The tape bonds to both high and low surface energy plastics, making it suitable for a wide range of substrate types. It is sold as a case of 6 rolls. Licensed trade professionals and industrial maintenance technicians are the primary installers and users of this product.

This tape is typically used in the printing industry, where flying splices and core starts require reliable, fast-bonding adhesion under high-speed conditions. Its UV resistance makes it a practical choice for environments with exposure to ultraviolet light. The acrylic adhesive system performs consistently across varying surface energies, supporting use on plastic cores, films, and related substrates common in printing and converting operations.

Key Features

• Excellent wet grab performance for flying splice and core starting applications
• Performs at process speeds exceeding 2,000 feet per minute
• UV resistant construction suited for light-exposed environments
• Bonds to both high and low surface energy plastics
• Densified kraft paper liner provides structural stability
• Acrylic adhesive system for consistent, durable bonding

Compatibility

Designed for use in printing and converting industry applications requiring flying splice and core starting tape on high and low surface energy plastic substrates.

Installation Notes

Application is typically performed by press operators or industrial maintenance technicians familiar with web-handling and splicing procedures. Ensure the substrate surface is clean and free of dust, oils, or moisture before applying the tape. Follow the equipment manufacturer's splice preparation guidelines and observe all relevant facility safety procedures when working near high-speed web machinery.