Sintered High Efficiency Exhaust Silencer Muffler for U-1 Pneumatic Solenoid Valve Parts

Product Description

Product Description

Model NO.	Trademark	Origin	Production Capacity	size
air filter	kaho	China	10000PCS/Month	Customized

Raw Material 
UHMW-PE ,HDPE, PP
Application

 

Air source silencing ,vocuum filtration

 

Product feature

1. Polymer properties of ventilation and water resistance could filter water and air pollution in the compressed air, ensure the purity of the pneumatic compression of air. It replaces the traditional sintered metal, improves the quality of filtration and reduces the cost.

2.In pneumatic system by change valve ,the compressed air supply to cylinder actuators, after action is finished ,then the compressed air discharge to atmosphere by change valve . Rapid expansion of compressed air and presure changes will produce high-frequency dissonant noise .With muffler to reduce exhaust noise can drop noise about 20-40dB. Polymer microporous filter chip is within the muffler , large ventilation and low noise . It replaces the traditional sintered metal and reduces the cost.

Customized service

 

We owe professional technical team,which are have rich experiences , can customized as your request, function , size and sharp
are all can be customized.

 

 

Company profile:

 

 

Suzhou Kaho Polymer Technology Co.,ltd is a high-tech enterprise concentrating on scientific researching, designing and trading.The company currently produces sinter polymer filter , sinter carbon filter.Now owe hundreds self design research equipment (such as sinter equipment, injection machine, auto cutting machine , ultrasonic tunnel kiln), are capable of injecting , stamping and assembling .

 

lab:

In order to provide better service, we do product performance test , and set a professional lab , and equiped various advanced test devices, such as PSS liquid particle counter ,membrane pore size analyzer, water purifier life test, quadratic element measure device, pure water preparation system, salt fog machine.