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The International Electrotechnical Commission (IEC) recently released *IEC 63240-1:2024 General Technical Requirements for Membrane Switches*, marking the world's first authoritative standard for this product category. Notably, the "dynamic load testing method" proposed by the Chinese delegation was adopted as a core testing methodology, reflecting China's technological leadership in this field.

A cutting-edge military membrane switch capable of withstanding sandstorms and electromagnetic pulses drew significant attention at a recent international defense exhibition. Developed by China Electronics Technology Group Corporation (CETC) 55th Research Institute, the switch features a Kevlar-reinforced substrate that maintains touch sensitivity even in extreme cold of -50°C, currently deployed in HUD control systems for next-gen tactical helmets.

To tackle e-waste pollution, the EU recently enacted the Sustainable Electronics Materials Act, mandating that all electronic device button components use recyclable materials by 2027.

Driven by the trend toward larger and more integrated central control panels in new energy vehicles, the membrane switch market is projected to reach 12 billion RMB by 2025.

With the growing demand for smart medical equipment, membrane switches are increasingly replacing traditional mechanical buttons due to their superior sealing and ease of sterilization.

A domestic materials science team has recently developed ultra-high-flexibility membrane switches with a service life exceeding 1 million cycles