Provides wafer processing supporting products and high-clean packaging solutions to several well-known semiconductor companies, such as HSW anti-static gaskets, eLX™ non-movable packaging boxes, ePRO™ packaging boxes, etc., effectively protecting the safety of wafers during processing, transportation, and storage, and reducing the risk of wafer breakage and contamination.
Provides anti-static pads, anti-static packaging bags, and anti-static shielding bags for smart chip manufacturers, effectively preventing electrostatic damage to smart chips and improving chip yield and service life.
Provide anti-static materials and packaging solutions for new energy vehicle battery manufacturers to ensure electrostatic safety during battery production and improve battery performance and safety.
Providing anti-static materials and products for electronic equipment manufacturers in the aerospace industry to ensure electrostatic safety during manufacturing, transportation, and use, thereby improving equipment reliability and stability.
Conductive films, used as electrode materials, are employed in functional modules such as heart rate monitoring and sleep monitoring. Their flexibility and low resistance ensure stable signal transmission while providing a comfortable wearing experience.
Conductive film serves as the electrode for TENS (Transcutaneous Electrical Nerve Stimulation) massage devices. Its low and uniform resistance ensures even current distribution, providing a comfortable massage experience while avoiding skin irritation caused by uneven current.
Critically important in pyrotechnics and munitions, primarily used to enhance safety and prevent electrostatic discharge-induced accidental ignition or explosions. Material properties are optimized for complex field conditions such as high humidity and electromagnetic interference, while extending shelf life. For example, anti-static foam packaging boxes support quick assembly and disassembly under field conditions, are strong and lightweight, and especially reduce the risk of peel-off electrification.