Polyken 126 Clear 1 x 60Yd Double Coated Film Splicing Tape 126 Clear, 1 x 60Yd, 48 Per Case

Polyken 126 Double-Coated Film Splicing Tape is an industrial-grade tape designed for high-performance splicing applications. It features superior adhesion, making it ideal for industries that require precision and reliability, such as corrugated manufacturing, paper converting, laminating, and more. With its high tack and conformability, Polyken 126 ensures quick and secure splicing, even on irregular surfaces, reducing downtime and enhancing operational efficiency. Its durable design allows for reliable use in temperatures up to 395ºF, ensuring consistent performance in demanding environments.

• Superior Adhesion: The high adhesion properties of Polyken 126 prevent adhesive bleeding and splice failures, ensuring strong and secure bonds.
• Temperature Resistance: Capable of withstanding temperatures up to 395ºF, this tape performs well in high-heat environments, making it suitable for a range of industrial applications.
• High Tack for Quick Grab: The high tack formulation provides quick grab, making it ideal for use in automatic splicing systems, enhancing operational speed and efficiency.
• Conformability: Designed to adhere to irregular surfaces with ease, Polyken 126 offers outstanding conformability, ensuring continuous adhesion during application.
• Silicone Release Liner: Equipped with a silicone release liner, this tape allows for easy removal and application, ensuring a smooth and efficient splicing process.

Applications: Polyken 126 is perfect for a wide range of industries, including corrugated manufacturing, paper converting, laminating, printing, plate mounting, frame mounting, foil manufacturing, and even the aerospace industry, where reliable and high-temperature performance is crucial.

Usage and Maintenance: For optimal performance, ensure surfaces are clean and dry before applying the tape. Store in a cool, dry place when not in use to maintain adhesive quality. Follow recommended application instructions to achieve the best results in high-heat or irregular surface applications.