Technical Center

Ordinary silicone release coatings should not automatically be specified for silicone pressure-sensitive adhesives. Silicone PSAs often require flu...

PET can accumulate static during unwinding, slitting and lamination. Where static control is an application requirement, anti-static PET can help r...

Basis weight influences stiffness, caliper, yield, winding and die-cut behavior. The correct gsm should be selected around the converting process r...

Single-sided liners provide one functional release surface. Double-sided liners provide release on both surfaces, while differential release uses i...

Release force can drift after lamination because the adhesive–liner interface continues to evolve. Stable projects define storage conditions and ev...

Silicone transfer is not explained by release force alone. Potential causes include incomplete curing, poor anchorage, contamination, incompatible ...

Initial release describes early peel behavior; aged release helps show how the liner–adhesive interface evolves after longer contact, heat or storage.

Reliable release data requires controlled sample preparation and clearly recorded test conditions. JINGRONG uses defined internal QC procedures for...

Release force is a system property, not a liner-only number. Adhesive chemistry, coating, dwell time, temperature, peel speed, peel angle and test ...

Glassine and PET are not interchangeable simply because both can carry a release coating. The correct substrate depends on the adhesive system, con...

In hot melt adhesive film production, the performance of the release liner directly affects coating quality, processing efficiency, and final produ...

JINRONG New Materials is pleased to announce that we will participate in Interpack 2026, one of the world’s leading trade fairs for packaging and p...