Reinforcing battery module Flexible Printed Circuit Boards (FPCBs) poses several challenges, and addressing these challenges is crucial to ensuring the reliability and longevity of the battery module. Some common challenges associated with FPCB reinforcement in battery modules include:
Flexibility vs. Rigidity Balance: FPCBs are designed to be flexible, allowing them to conform to the shape of the module. However, reinforcing them without compromising this flexibility can be challenging. Balancing flexibility with the need for rigidity to enhance structural integrity is crucial.
Curing Time: UV adhesives, commonly used for FPCB reinforcement, cure rapidly under ultraviolet light. However, achieving uniform curing across the entire FPCB can be challenging, especially in complex or shadowed areas. Ensuring complete and consistent curing is crucial for the adhesive’s effectiveness.
Vibration and Mechanical Stress: Battery modules may experience vibrations and mechanical stress during use, particularly in automotive or portable electronic applications. FPCB reinforcement must withstand these forces to prevent delamination or damage to the circuit.
Understanding these challenges in battery module assembly, GLUDITEC provide the solutions with UV Adhesive – UV51P-660 to meet almost requirements in this applications.
UV51P-660 UV adhesive can be used in reinforcement & waterproof for signal connecting line of optical sensor module, computer cable,
signal cable of mobile device
UV51P-660 UV adhesive can be used to bond various components of the FPCB, such as attaching connectors, integrated circuits (ICs), or other electronic components to the flexible circuit.
New energy vehicle battery module wire harness terminal reinforcement, resistance sealing protection
20,000 ~ 24,000
Curing energy (mj/cm²)
It has good adhesion to materials such as FPC flexible cables and PA terminals, excellent high and low temperature resistance, and good toughness.
Contact us for further consultant by email: email@example.com