The quality control team is composed of 14 experienced professionals.
They utilize the German Oxford X-MET5000 spectrometer, salt spray test chamber, coil performance testing machine and other advanced test facilities to ensure the highest quality of our products.
Demonstrated here is the difference in performance between commonly used solenoid valves and our low-power consumption solenoid valves.
You will find the common solenoid valve features a power of 14W and a temperature of 78℃, and the energy-saving solenoid valve has a power of only 4W and a temperature of only 40℃ under the same DC voltage of 24V.
Our quality management team consists of 14 employees who are responsible for different tasks. All of the team members have more than 5 years of industry related experience, and they are fully-trained quality specialists.
German Oxford X-MET5000 spectrometer
The metallic materials and components of the solenoid valve are all strictly tested by this German Oxford X-MET5000 spectrometer. This helps to ensure that we only use the proper materials to make our diverse range of products in full compliance with your specific requirements.
Coil testing area
Two coil performance testing machines are working here. Tested items include resistance, speed, voltage, etc.
A difference in performance between commonly used solenoid valves and our low-power consumption solenoid valves
Under the same DC voltage of 24V, the common solenoid valve features a power of 14W and a temperature of 78℃, and the low-power solenoid valve has a power of only 4W and a temperature of only 40℃. This means the low-power solenoid valve is energy-saving and can work continuously while maintaining a temperature range of 40℃～45℃ on coils. Therefore, the problem of coil over-temperature can be overcome. Other notable advantages of the low-power solenoid valve include stable performance, extended service life and no damage of solenoid coils. We provide a 3-year guarantee on our products.
High-precision salt spray test chamber
The anti-rust property of the valve body is determined by this machine.