Why repeated pressing changes the process
FPC lines cycle through heating, compression and release. Recovery drift or local fatigue can change contact uniformity. The FPC Green Cushing Pad combines silicone with glass-fiber reinforcement for a compliant insulating interface.
Material mechanism
Silicone recovery accommodates small gap changes while the glass-fiber cloth supports the plane. The official page lists a 200°C use context, conductive/insulating applications and FPC pressing; confirm actual conditions with the equipment. See the product page for source facts.
Cycle-damage model
D = Σ(n_i / N_i). D is dimensionless damage, n_i is applied cycles at load level i, and N_i is life at that level. It is a first-pass model limited by temperature, viscoelasticity and wear; source: University of Illinois FCP Report.
Technical points
- Silicone with one central glass-fiber cloth layer.
- Official page lists a 200°C use context.
- Supports insulating and conductive process needs.
- Length, width, thickness and hardness can be tailored.
- Roll, adhesive-backed and die-cut forms are available.
Applications and selection
Consider it for FPC hot pressing, electronic-part buffering and repeated lamination cycles. Log temperature, pressure, cycle time and cleaning, then test recovery and dimensional stability with samples; contact Lixing for fit guidance.
Conclusion
Durability decisions improve when cycle history and composite construction are verified together. Published information starts the review; equipment testing completes it.
