Industrial Air Filtration High Pressure Gas Filters Flanged Strainer
Quick Detail:
Protection against wear: By means of filter elements that, in full-flow filtration, meet even the highest demands regarding cleanliness classes.
Protection against malfunction: Through installation near to the control valves or other expensive components. The specific determined flow rate guarantees a closed by-pass valve even at ν ≤ 200 mm²/s (cold start condition).
Description:
1, Carbon steel ,SS304 or 314 available
2, CE and ISO9001 approved
3, All types of flange connection available
Water, steam, and oil as suitable medium
Size: DN15-DN600 (1/2 to 24 inches)
Nominal pressure: PN1.0/1.6MPa
Body and bonnet: cast-iron and ductile-iron
Screen: stainless steel
Bolt and nut: carbon steel with zinc-plated
Specifications:
Compressure air filter
Applications:
Inoco gas filter is designed to help remove both moisture and solid particles,such as pipe scale and rust from the steam supply.It is an stainless steel element.A single closure nut allows for ease of maintenance.while a cleanable element ensures optimum efficiency and prolonged life.
The main use of the steam filter is to clean up factory or plant steam to reduce levels of contamination, such as boiler feed chemicals carried carried over from the boiler off take, so that the end products not adversely affected.
Competitive Advantage:
Inoco ultrapure gas filtration products offer 0.003 microns particle filtration for ultrapure gas applications. Our gas filters enable higher process gas throughput while reducing the overall gas box footprint. Our ultrapure gas filtration products are used by all major semiconductor OEMs and device makers in etch, CVD, PVD and ion implantation tools as well as other high-performance applications such as photovoltaics, flat panel display, data storage and HBLED (high brigtness light emitting diodes), life sciences and lithium ion battery. Entegris incorporates its gas filters into our gas purifiers to provide process and purge gases free from both molecular and particle contamination.
