1. Our Lamination Process Materials stands out with its exceptional buffering performance. When compared with the kraft paper commonly relied on in most lamination processes, it distinguishes itself by boasting a 12% higher shock absorption and buffering performance, injecting a powerful buffering force into your production process.
2. Facing the challenges of high - temperature environments, the Lamination Process Materials copes with ease. The high - temperature - resistant lamination pad material it uses endows it with the extraordinary ability to keep working continuously at a high temperature of 280°C. Its excellent heat conduction and uniform heat - receiving characteristics bring about a qualitative leap in the production efficiency of high - temperature lamination.
3. The outstanding quality of the Lamination Process Materials stems from the rigorous polishing in production. The repeated lamination process is like forging a sword through countless temperings, enabling it to achieve a uniform and flat thickness with no deviation, thus becoming the most reliable backup for your lamination operations.
4. At normal temperature, its surface is relatively hard, enabling it to easily handle various preparatory tasks. Under high - temperature conditions, it goes all out, releasing super - strong buffering energy. Its stable performance ensures the smooth pressing and forming of the hot - pressing process, solving problems for your production.
2.Component
The Lamination Process Materials is a meticulously crafted product. It combines high - elastic fibers full of vitality, stable and reliable anti - sticking and high - temperature - resistant reinforcing materials, and high - molecular polymers in a clever way, resulting in remarkable performance.
3.Feature and Application
It is mainly used in the lamination processes of CCL, aluminum - based substrates, furniture panels, PCB, HDI, high - frequency and high - speed boards, FCCL, solar panels, liquid crystal panels, etc. At present, it is the best product to replace kraft paper and silicone pads.
從尖端的電子科技到溫馨的居家生活，從酷炫的汽車內裝到環保的光伏能源，Press Pad無處不在。在電子製造領域，在電路板壓合過程中，它以超強的緩衝力保護電子元件。其耐高溫性能使其能在高溫製程下穩定工作，確保電子產品的穩定運作。對家具製造來說，是各類板材壓合的核心保障。木材與人造板材在它的緩衝作用下，緊密貼合，避免起鼓、脫層，提高家具的品質。在汽車內裝生產線上，儀表板、車門內裝板等零件在高溫高壓下成型時，提供精確的緩衝、耐熱、防皺，打造精緻的內裝外觀。在光伏產業中，在太陽能板的封裝和層壓過程中，適應高溫，確保太陽能電池的穩定性，提高光伏組件的發電效率和使用壽命，為綠色能源的發展做出貢獻。
