Its robust housing protects internal contacts from damage, while the alloy’s conductivity ensures stable current transmission.
It establishes secure electrical connections between devices, supporting low-voltage (12V-24V) and medium-voltage (110V-220V) applications. This versatility makes it suitable for diverse industries, from automotive to renewable energy.
The zinc-aluminum alloy minimizes electrical resistance (≤0.05 Ω), preventing voltage drops and heat buildup. This stability is critical for sensitive electronics like new energy sensors or industrial control systems.
The alloy housing withstands impact forces of up to 100 N (equivalent to a 1-meter drop onto concrete) without damaging internal contacts. This durability makes it ideal for mobile equipment like construction vehicles or NEVs.
Paired with a rubber seal, the zinc-aluminum alloy housing achieves an IP65 rating. This blocks dust and water jets, allowing use in outdoor or damp environments (e.g., rain, humidity) without short-circuiting.
It connects sensors, lights, and infotainment systems in cars, trucks, and NEVs. It withstands vibration and temperature changes in engine bays or undercarriages, ensuring reliable operation.
In factories, it links control panels, motors, and sensors. It maintains connections in dusty or high-humidity production areas, reducing downtime for industrial machinery.
For solar or wind energy setups, it connects panels to inverters or battery units. It resists UV radiation and rain, making it suitable for outdoor renewable energy installations.
It works with low-voltage (12V-24V, for automotive/small electronics) and medium-voltage (110V-220V, for industrial/renewable energy) applications.
Yes. The zinc-aluminum alloy housing and secure contacts withstand continuous vibration (up to 50 Hz), making it perfect for vehicles or machinery.
Standard models support up to 15 A; high-power industrial versions handle 30 A . Confirm your current needs to select the right model.
Its robust housing protects internal contacts from damage, while the alloy’s conductivity ensures stable current transmission.
It establishes secure electrical connections between devices, supporting low-voltage (12V-24V) and medium-voltage (110V-220V) applications. This versatility makes it suitable for diverse industries, from automotive to renewable energy.
The zinc-aluminum alloy minimizes electrical resistance (≤0.05 Ω), preventing voltage drops and heat buildup. This stability is critical for sensitive electronics like new energy sensors or industrial control systems.
The alloy housing withstands impact forces of up to 100 N (equivalent to a 1-meter drop onto concrete) without damaging internal contacts. This durability makes it ideal for mobile equipment like construction vehicles or NEVs.
Paired with a rubber seal, the zinc-aluminum alloy housing achieves an IP65 rating. This blocks dust and water jets, allowing use in outdoor or damp environments (e.g., rain, humidity) without short-circuiting.
It connects sensors, lights, and infotainment systems in cars, trucks, and NEVs. It withstands vibration and temperature changes in engine bays or undercarriages, ensuring reliable operation.
In factories, it links control panels, motors, and sensors. It maintains connections in dusty or high-humidity production areas, reducing downtime for industrial machinery.
For solar or wind energy setups, it connects panels to inverters or battery units. It resists UV radiation and rain, making it suitable for outdoor renewable energy installations.
It works with low-voltage (12V-24V, for automotive/small electronics) and medium-voltage (110V-220V, for industrial/renewable energy) applications.
Yes. The zinc-aluminum alloy housing and secure contacts withstand continuous vibration (up to 50 Hz), making it perfect for vehicles or machinery.
Standard models support up to 15 A; high-power industrial versions handle 30 A . Confirm your current needs to select the right model.
