FPC Pressed Cushion

1.Product introduction

The lamination Cushion exhibits excellent dimensional stability and cushioning properties at high temperatures. It can equalize temperature and pressure, prevent debris from falling, avoid sticking to the steel plate, and reduce residual air bubbles. It is an environmentally friendly, non - polluting, cost - effective, and high - performance cushioning material for hot lamination that can be used repeatedly (200 - 500 times). Laminated Cushion can replace kraft paper, significantly reducing the single - use cost and enabling automated operations.

2.Component

The lamination Cushion relies on the elasticity endowed by high - elastic fibers, the protection provided by anti - sticking and high - temperature - resistant reinforcement materials, and the integration achieved by high - molecular polymers.

3.Feature and Application

It is mainly used in lamination processes for CCL, aluminum - based substrates, PCB, HDI, high - frequency and high - speed boards, FCCL, solar panels, liquid crystal panels, the middle layer (thin board) of PCB, flexible - rigid printed circuit boards (FPCB), the middle layer (thin board) of PCB, as well as in the film pressing of new energy batteries, etc. At present, it is the best product to replace kraft paper and silicone pads.

The application scope of this Press Pad is like stars illuminating the industrial night sky. In the electronics manufacturing workshop, during the lamination of circuit boards, it protects electronic components with its excellent buffering performance. Its high - temperature resistance enables it to remain stable under high - temperature processes, ensuring the reliable operation of electronic products. In the furniture manufacturing factory, it is a capable assistant for the lamination of various types of boards. For the lamination of multi - layer plywood, decorative boards, etc., it helps achieve smooth and flat results, avoiding board deformation and contributing to the production of high - quality furniture. On the automotive interior production line, when dashboards, door interior panels, etc. are formed under high temperature and high pressure, it provides precise buffering, resists heat and prevents wrinkling, endowing the automotive interior with a luxurious texture. In the packaging and printing industry, for the lamination and film - covering of hard - cover book covers and high - end packaging boxes, it provides buffering support, protects the graphics and text, and promotes adhesion, creating high - quality packaging. In the photovoltaic industry, during the encapsulation and lamination of solar panels, it adapts to high temperatures, ensures the stability of solar cells, and improves the power generation efficiency and service life of photovoltaic modules.

1.        Electronics Manufacturing:
In the lamination of circuit boards, the Press Pad safeguards electronic components with its superior buffering capabilities. Its high-temperature resistance ensures stability during high-heat processes, guaranteeing the reliable performance of electronic products.

2.        Furniture Manufacturing:
A trusted ally in the lamination of multi-layer plywood and decorative boards, the Press Pad ensures smooth, flat results. It prevents board deformation, contributing to the production of high-quality, durable furniture.

3.        Automotive Interior Production:
During the high-temperature and high-pressure molding of dashboards and door panels, the Press Pad provides precise buffering, resists heat, and prevents wrinkling. This results in luxurious, flawless automotive interiors.

4.        Packaging and Printing Industry:
For laminating hardcover book covers and high-end packaging boxes, the Press Pad offers buffering support, protects graphics and text, and promotes adhesion. This ensures the creation of premium, high-quality packaging.

5.        Photovoltaic Industry:
In the encapsulation and lamination of solar panels, the Press Pad adapts to high temperatures, stabilizes solar cells, and enhances the power generation efficiency and lifespan of photovoltaic modules.