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Automotive micro switches are high-reliability electrical control components customized for the harsh working conditions in vehicles. All series are certified by the IATF 16949 automotive quality system, and can maintain stable performance in the extreme temperature range from -40℃ to +85℃. Optimized with internal springs and contact structures to adapt to long-term in-vehicle vibration, they are widely applied in core components such as central door locks, vehicle air conditioning control panels, and seat position adjustment mechanisms. After 20 million consecutive simulated operation tests, they still maintain precise triggering feel, avoiding common problems of ordinary switches such as contact oxidation and feel drift, and serving as core basic components to ensure the stable operation of in-vehicle electrical systems.

The new energy industry micro-switch is a dedicated control component developed for scenarios like new energy vehicles, energy storage power stations, and photovoltaic equipment. Compared with basic micro-switches, it features enhanced arc resistance and high insulation properties, and is suitable for key functions such as charging gun insertion/removal detection, energy storage cabinet safety door interlock, and photovoltaic inverter status feedback.
With IP67 sealing protection, it resists moisture and dust in complex outdoor environments, preventing issues like charging interruptions and equipment shutdowns caused by signal misjudgment in new energy scenarios, and provides accurate trigger signal support for the safe and stable operation of new energy systems.
The full series of new energy micro-switches precisely cover core scenarios of new energy vehicles, stably adapting to the opening/closing status detection of vehicle charging ports, charging gun locking safety interlock, and also compatible with the status feedback requirements of vehicle seat locks. As a benchmark model, the G10B ultra-compact waterproof and dustproof micro-switch achieves high-level protection in an extremely small installation space, resists outdoor rain and dust, ensures safe and stable signal transmission in charging scenarios, and fully adapts to the harsh working conditions of new energy vehicles with high-frequency outdoor use.

The household appliance industry micro-switch is a cost-effective control component optimized for various types of household consumer electronics. Equipped with alloy contacts of low contact resistance and a precisely formed spring structure, it can operate stably for 5 to 8 years without premature failures under the low-frequency household working condition of less than 10 operations per day. It also supports customized adjustment of operating force and terminal styles according to the structural requirements of different home appliances, perfectly fitting the compact installation space design of various household devices. While ensuring safety in use, it greatly reduces the long-term after-sales maintenance cost of home appliances.
The full series of household appliance micro-switches accurately cover all scenarios of household consumer electronics: they are compatible with conventional kitchen appliances such as microwave ovens, range hoods and coffee machines, meet the usage requirements of high-power kitchen appliances like noodle presses, pressure cookers and integrated stoves, and also adapt to small household appliances such as hair dryers and smoothie makers, refrigeration appliances including ice makers and compressors, as well as mainstream household equipment like smart door locks, sweeping robots and electric kettles.
Five core models can precisely match the differentiated usage demands of different home appliances: the G5T16 explosion-proof micro-switch is suitable for high-temperature home appliance scenarios with explosion-proof requirements; the G6 small general-purpose micro-switch fits the compact installation space of ordinary home appliances; the G9 small waterproof and dustproof micro-switch adapts to kitchen scenarios with heavy moisture and oil fumes; the G9A waterproof and explosion-proof micro-switch is applicable to high-risk high-voltage home appliance scenarios; the G5W11 sealed waterproof and dustproof micro-switch is designed for bathroom and cleaning home appliances that are exposed to moisture for a long time, providing stable and reliable trigger control support for all kinds of household devices.

The full series of heavy-duty industrial micro switches are purpose-developed for scenarios including heavy industrial production lines, lifting equipment and automated machine tools. All products feature reinforced mechanical structures and have passed rigorous environmental simulation tests, tailored for workshop working conditions with high dust density and continuous high-frequency operations.
They deliver an ultra-long mechanical lifespan that supports tens of thousands of operation cycles, far exceeding that of ordinary industrial switches, and can withstand tens of millions of continuous trigger operations. Equipped with special designs for misoperation prevention and impact resistance, these switches can accurately feed back critical status signals such as equipment limit position and workstation in-place status. They effectively reduce unplanned shutdowns of industrial equipment caused by switch failures, providing reliable support for the continuous and efficient operation of the entire production line.

Automotive micro switches are high-reliability electrical control components customized for the harsh working conditions in vehicles. All series are certified by the IATF 16949 automotive quality system, and can maintain stable performance in the extreme temperature range from -40℃ to +85℃. Optimized with internal springs and contact structures to adapt to long-term in-vehicle vibration, they are widely applied in core components such as central door locks, vehicle air conditioning control panels, and seat position adjustment mechanisms. After 20 million consecutive simulated operation tests, they still maintain precise triggering feel, avoiding common problems of ordinary switches such as contact oxidation and feel drift, and serving as core basic components to ensure the stable operation of in-vehicle electrical systems.

The new energy industry micro-switch is a dedicated control component developed for scenarios like new energy vehicles, energy storage power stations, and photovoltaic equipment. Compared with basic micro-switches, it features enhanced arc resistance and high insulation properties, and is suitable for key functions such as charging gun insertion/removal detection, energy storage cabinet safety door interlock, and photovoltaic inverter status feedback.
With IP67 sealing protection, it resists moisture and dust in complex outdoor environments, preventing issues like charging interruptions and equipment shutdowns caused by signal misjudgment in new energy scenarios, and provides accurate trigger signal support for the safe and stable operation of new energy systems.
The full series of new energy micro-switches precisely cover core scenarios of new energy vehicles, stably adapting to the opening/closing status detection of vehicle charging ports, charging gun locking safety interlock, and also compatible with the status feedback requirements of vehicle seat locks. As a benchmark model, the G10B ultra-compact waterproof and dustproof micro-switch achieves high-level protection in an extremely small installation space, resists outdoor rain and dust, ensures safe and stable signal transmission in charging scenarios, and fully adapts to the harsh working conditions of new energy vehicles with high-frequency outdoor use.

The household appliance industry micro-switch is a cost-effective control component optimized for various types of household consumer electronics. Equipped with alloy contacts of low contact resistance and a precisely formed spring structure, it can operate stably for 5 to 8 years without premature failures under the low-frequency household working condition of less than 10 operations per day. It also supports customized adjustment of operating force and terminal styles according to the structural requirements of different home appliances, perfectly fitting the compact installation space design of various household devices. While ensuring safety in use, it greatly reduces the long-term after-sales maintenance cost of home appliances.
The full series of household appliance micro-switches accurately cover all scenarios of household consumer electronics: they are compatible with conventional kitchen appliances such as microwave ovens, range hoods and coffee machines, meet the usage requirements of high-power kitchen appliances like noodle presses, pressure cookers and integrated stoves, and also adapt to small household appliances such as hair dryers and smoothie makers, refrigeration appliances including ice makers and compressors, as well as mainstream household equipment like smart door locks, sweeping robots and electric kettles.
Five core models can precisely match the differentiated usage demands of different home appliances: the G5T16 explosion-proof micro-switch is suitable for high-temperature home appliance scenarios with explosion-proof requirements; the G6 small general-purpose micro-switch fits the compact installation space of ordinary home appliances; the G9 small waterproof and dustproof micro-switch adapts to kitchen scenarios with heavy moisture and oil fumes; the G9A waterproof and explosion-proof micro-switch is applicable to high-risk high-voltage home appliance scenarios; the G5W11 sealed waterproof and dustproof micro-switch is designed for bathroom and cleaning home appliances that are exposed to moisture for a long time, providing stable and reliable trigger control support for all kinds of household devices.

The full series of heavy-duty industrial micro switches are purpose-developed for scenarios including heavy industrial production lines, lifting equipment and automated machine tools. All products feature reinforced mechanical structures and have passed rigorous environmental simulation tests, tailored for workshop working conditions with high dust density and continuous high-frequency operations.
They deliver an ultra-long mechanical lifespan that supports tens of thousands of operation cycles, far exceeding that of ordinary industrial switches, and can withstand tens of millions of continuous trigger operations. Equipped with special designs for misoperation prevention and impact resistance, these switches can accurately feed back critical status signals such as equipment limit position and workstation in-place status. They effectively reduce unplanned shutdowns of industrial equipment caused by switch failures, providing reliable support for the continuous and efficient operation of the entire production line.