PTFE high-temperature tape can crack or fracture under repeated bending and opening conditions. This article explains how to prevent this through proper substrate selection (glass fiber reinforced), optimal thickness (0.18mm as standard), silicone adhesive choice, and correct installation techniques.

The choice of release paper or film substrate and release agent directly impacts the storage stability and peeling performance of PTFE high-temperature tape. This article compares PET vs. kraft paper substrates and silicone vs. fluorinated release agents, recommending the optimal combination for zero-residue peeling and long-term reliability.

PTFE high-temperature tapes are widely used for electrical insulation, but high-frequency and high-voltage conditions pose unique risks: electrical breakdown, partial discharge, thermal aging, high-frequency signal loss, and environmental sensitivity. This article explains each risk and how to avoid them.

As a professional manufacturer of PTFE high temperature fabrics, Jiangsu Aokai New Materials shares relevant industry knowledge with you. Edge warping and falling off of PTFE high temperature tapes are rarely caused by a single factor, but result from the combined effects of improper tape selection,

Jiangsu Aokai New Materials, a professional manufacturer of PTFE high-temperature tapes, takes you to learn more. When selecting release materials for PTFE high-temperature fabrics, PET release film, glassine release paper and kraft release paper bring distinct differences in the storage stability a

As a professional manufacturer of PTFE high-temperature tape, Jiangsu Aokai New Materials gives you a detailed explanation. In the hot press lamination process of Flexible Printed Circuit Boards (FPC), PTFE high-temperature tape addresses two key defects — substrate wrinkling and adhesive transfer —