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High-Performance FFC Flexible Flat Cable Materials from China Suppliers and Factory for Enhanced Durability and Efficiency

Introducing our high-performance flexible flat cable (FFC) materials: HR 1064, SR 3213, and CR 31-1Developed specifically for FFC production scenarios, these materials cater to critical needs such as long-term flexible bending, operation in high-temperature environments, and effective metal conductor encapsulation. Our products are engineered to seamlessly integrate into large-scale FFC production lines in China, making them ideal for suppliers looking to enhance efficiency and output, Each product boasts unique characteristics and complementary advantages. HR 1064 excels in ensuring efficient adhesion between metal conductors and PET substrates, while SR 3213 emphasizes high tackiness and excellent polymer material properties. CR 31-14 stands out with its low glass transition temperature (TG) and non-tacky nature. Together, they provide comprehensive support for the forming and encapsulation processes, addressing the stringent quality requirements of the electronic industry for flexible connection components, Our flexible flat cable materials are designed to effectively wrap metal conductors, preventing exposure or detachment, and are resistant to temperature fluctuations and humidity changes. This guarantees the electrical performance and structural stability essential for reliable FFC operations. By choosing our products, you will improve production efficiency, increase the qualification rate of finished products, and extend the service life of your FFC cables. Trust in our expertise as a leading supplier and factory to meet your flexible flat cable material needs

    NO. Product Model Applications Suitable Equipment Performance
    Dry Type Flexo Solvent-Free Coating Machine
    14 HR 1064 Flexible Flat Cable — — — ✔ High temperature resistance, High encapsulation performance for metal conductors
    SR 3213 — — — ✔
    CR 31-14 — — — ✔
    Product Performance Advantages
    NO. Product Model Performance Advantages
    1 HR 1064 Good adhesion between metal and PET, applicable in the FFC area
    2 SR 3213 Polymer, High Tackiness, Excellent Adhesion to Metals and PET, For FFC Applications
    3 CR 31-14 Good adhesion for metal sheets and metal films, low TG and non-tacky, applicable in the FFC area
    Frequently Asked Questions (FAQ)
    Q What are HR 1064, SR 3213, and CR 31-14 primarily used for?
    All three products — HR 1064, SR 3213, and CR 31-14 — are specifically designed for Flexible Flat Cable (FFC) applications. They provide reliable adhesion between metal conductors and PET substrates, making them ideal for electronics and cable manufacturing industries.
    Q Which type of equipment is compatible with these FFC adhesive products?
    HR 1064, SR 3213, and CR 31-14 are all compatible exclusively with Coating Machines. They are not designed for use with Dry Type laminators, Flexo printing machines, or Solvent-Free laminating equipment.
    Q What makes HR 1064 suitable for FFC applications?
    HR 1064 offers excellent adhesion between metal and PET substrates, along with high temperature resistance and superior encapsulation performance for metal conductors. These properties ensure stable, long-lasting bonding in demanding FFC environments.
    Q What are the key performance characteristics of SR 3213?
    SR 3213 is a polymer-based adhesive featuring high tackiness and excellent adhesion to both metals and PET. Its formulation is specifically optimized for FFC applications, ensuring strong and reliable bonding performance throughout the cable's service life.
    Q How does CR 31-14 differ from the other FFC adhesive products?
    CR 31-14 is distinguished by its low glass transition temperature (TG) and non-tacky surface characteristics after curing. It provides good adhesion for both metal sheets and metal films, making it a versatile choice for FFC applications where a clean, non-sticky surface finish is required.
    Q Are these adhesive products suitable for high-temperature environments?
    Yes, particularly HR 1064, which is specifically noted for its high temperature resistance. This makes it especially suitable for FFC applications in environments where thermal stability is critical, such as automotive electronics, industrial equipment, and consumer electronic devices.

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