Patco 110-53 Heavy-Duty Vinyl Tape, Black, 3 in x 100 ft, 16 Per Case

The Patco 110-53 Heavy-Duty Vinyl Tape is engineered to deliver superior performance in demanding applications, particularly those requiring reliable low-temperature performance. This tape is an ideal solution for tasks like gasketing, abrasion protection, and media blast masking. The tape’s robust construction and versatile adhesive properties make it a go-to choice for professionals who need a durable, high-performing tape that can withstand tough conditions.

• PVC Film Backing: The tape features a PVC film backing that is both durable and conformable. It easily adapts to irregular surfaces, offering excellent abrasion resistance to ensure long-lasting protection.
• Acrylic Adhesive: Equipped with an acrylic adhesive, the Patco 110-53 tape delivers an aggressive bond that holds securely over time. Despite its strong adhesion, it leaves minimal residue upon removal, making it an excellent choice for applications that require clean removal. The adhesive also performs exceptionally well in low-temperature environments, maintaining its effectiveness even under challenging conditions.
• Paper Release Liner: The tape is backed by a paper release liner, which enhances ease of application and makes it suitable for die-cutting. This feature allows for precise application, ensuring that the tape adheres exactly where it’s needed.

Ideal For: The Patco 110-53 Heavy-Duty Vinyl Tape is perfect for providing maximum masking protection during media blasting or shot peening applications. It is also highly effective as a gasketing material and for abrasion protection in various industrial settings.

Usage and Maintenance: To achieve optimal results, ensure that the surface is clean and dry before applying the tape. The tape should be pressed firmly into place, particularly on irregular surfaces, to ensure a secure bond. When removing, peel the tape back slowly to minimize the chance of leaving residue. The tape can be stored in a cool, dry place to maintain its adhesive properties over time.