• High Temperature Resistant Laminated Cushioning Material For Heating Plates
  • High Temperature Resistant Laminated Cushioning Material For Heating Plates
  • High Temperature Resistant Laminated Cushioning Material For Heating Plates
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High Temperature Resistant Laminated Cushioning Material For Heating Plates

    After the introduction of cushioning pads for CCL industry, we have developed cushioning pads for PCB and IC carrier board industry. This product is composed of high elastic fiber and polymer, and the cushioning performance is also improved compared with the first generation of cushioning pads.

    1. Product overview

    After the introduction of cushioning pads for CCL industry, we have developed cushioning pads for PCB and IC carrier board industry. This product is composed of high elastic fiber and polymer, and the cushioning performance is also improved compared with the first generation of cushioning pads.

    Performance CategoryFlatnessRoughnessWear resistanceSize shrinkageThickness changeBuffer performanceHigh temperature resistanceNumber of recommendations
    Coffee color soft pad /hard pad is suitable for lithium battery, heating piece10000-16000
    silicone pad4000

    Excellent            Good         Poor

    2.Product use

    This product is currently the best product to replace kraft paper and silicone pad. It is mainly used in the pressing process of lithium battery and heating sheet. It has good thermal conductivity and can solve the problems of thick copper, low residual copper rate and bubble.

     

    3. Superior Cushioning and Thermal Performance

    This product is designed to deliver exceptional cushioning and thermal management, ensuring optimal performance in high-pressure and high-temperature environments. Its advanced material composition and engineering provide a range of benefits that enhance efficiency and reliability in industrial applications.

     Key Advantages:

    1.Excellent Buffer Effect

    Provides superior cushioning to protect delicate components during pressing processes.

    Reduces the risk of damage to materials, ensuring consistent quality and minimizing waste.

    2.Uniform Heat Conduction

    Ensures even heat distribution across the surface, preventing hot spots and improving process consistency.

    Enhances the overall efficiency of thermal processes, such as heating sheet and lithium battery production.

    3.Stable Compression Shrinkage

    Maintains consistent thickness and performance under repeated compression cycles.

    Offers reliable dimensional stability, critical for precision manufacturing processes.

    4.Stable Expansion Coefficient

    Exhibits minimal dimensional changes under varying temperatures, ensuring consistent performance.

    Reduces the risk of warping or deformation, which can compromise product quality.

    5.High Tear Resistance

    Withstands mechanical stress and handling without tearing or degrading.

    Extends the product's lifespan, reducing the need for frequent replacements and lowering operational costs.

    6.Applications:

    Ideal for use in CCL pressing, PCB manufacturing, IC carrier board production, and lithium battery assembly.

    Suitable for processes requiring precise thermal management and reliable cushioning.

    By combining excellent cushioning properties, uniform heat conduction, and robust physical characteristics, this product ensures superior performance and reliability, making it an indispensable solution for modern industrial applications.


     

    High temperature resistant laminated cushioning material for heating plates

    High temperature resistant laminated cushioning material for heating plates

    High temperature resistant laminated cushioning material for heating plates

    High temperature resistant laminated cushioning material for heating plates


    4.Product structure

    High temperature resistant laminated cushioning material for heating plates

    It is suitable for middle layer physical buffering and multiple sheet replacement manual operation. It is also suitable for automation. Single sheet replaces multiple kraft paper on the surface layer.

      

    5.Comparison of products with kraft paper

    Compare Item 1Navies padsilicone padCompare Item 2Navies padsilicone pad
    LifeHomogeneity of dielectric layer
    Pressure bufferingImpedance controllability
    Pressure uniformityPlate thickness uniformity
    Pressure transfer stabilityThick copper adaptability
    Heat bufferingChip cost
    Heat transfer uniformityStorage convenience
    Heat conduction efficiencyOperation convenience
    Processing efficiencyCleanliness
    Heat resistanceRecycling and reuse
    Moisture resistanceCost-effective

    ◎:Excellent             :Good             ▲:Poor

    6. Cost savings

    According to the actual situation of customers, our company formulates a cost saving scheme, which can save 10-20 % cost compared with conventional kraft paper according to the current customer base.


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