Square meters
Technical staff
employees
Establishment time
More than 100 kinds of products are widely used in various industries, infrastructure, public water, and residential buildings.
Explore MoreWe have a strong R&D team,and we can develop and produce products according to the drawings or samples the customers offered.
Our certifications include CE, CB, W270, RoHS, ACS, KTW, NSF, WRAS
We have our own testing lab and the advanced and complete inspection equipment,which can ensure the quality of the products.
Production Capacity
Our annual output exceeds 5 million pieces, which can meet the needs of customers with different purchasing volumes.
Service
We are based on high-grade and high-end markets, and our products meet international standards and are mainly exported to Europe, North America, Asia and other countries.
Product Life
The service life of our products is more than 1,200,000 cycles times.
Water control systems show up in a lot of places — household appliances, irrigation setups, industrial machines. Behind all of them are small but important components managing how water moves through ...
Explore MoreA valve that hesitates half a second too long. A production line that stumbles because nobody's watching the fluid timing closely enough. These are the kinds of headaches that send engineers hunting f...
Explore MoreValves that hesitate half a second longer than they should, a control loop that drifts out of sync during a long production run, unexplained heat buildup in a panel that never used to run warm, engin...
Explore MoreYour control system sends the signal. The valve should respond in milliseconds. Instead, there's a lag — small enough to ignore in low-speed applications, significant enough to cause pressure spikes, ...
Explore MoreWater treatment systems rely on steady valve behavior, and a failing solenoid coil is frequently the source of unexplained downtime in filtration, dosing, or backwash cycles. Plant engineers and procu...
Explore MoreAutomatic flow control systems often perform well under ideal conditions and then begin drifting as thermal loads rise, coil temperatures climb, and valve position becomes less predictable. Engineers ...
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