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Pharma&Biotech, Microelectronics, Food & Beverage, Fine Chemical
Filter Housings
Metal
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Sanitary Stainless Steel Compressed Air Filter Housing for High Purity Pneumatic Systems
•Industrial Pneumatic Systems: Provides clean, dry compressed air for factory pneumatic equipment, protecting precision pneumatic components
•Food & Beverage Industry: Compressed air purification for food packaging and filling equipment, ensuring food safety
•Pharmaceutical & Bioengineering: Clean compressed air supply meeting GMP requirements, guaranteeing drug production quality
•Electronics & Semiconductor: Oil-free and dust-free compressed air environment for clean rooms and precision electronics manufacturing
•Medical Equipment Support: Compressed air purification for hospital central gas supply systems and medical equipment
•Chemical Processes: Compressed air purification in corrosive environments, ensuring process gas quality
Sanitary Stainless Steel Compressed Air Filter Housing for High Purity Pneumatic Systems
•Industrial Pneumatic Systems: Provides clean, dry compressed air for factory pneumatic equipment, protecting precision pneumatic components
•Food & Beverage Industry: Compressed air purification for food packaging and filling equipment, ensuring food safety
•Pharmaceutical & Bioengineering: Clean compressed air supply meeting GMP requirements, guaranteeing drug production quality
•Electronics & Semiconductor: Oil-free and dust-free compressed air environment for clean rooms and precision electronics manufacturing
•Medical Equipment Support: Compressed air purification for hospital central gas supply systems and medical equipment
•Chemical Processes: Compressed air purification in corrosive environments, ensuring process gas quality
BENEFITS OF STAINLESS STEEL COMPRESSED AIR FILTER HOUSING
• Superior Surface Treatment
Mirror polishing meets sanitary standards, effectively reducing contaminant adhesion and facilitating cleaning maintenance
• Excellent Corrosion Resistance
Premium stainless steel material withstands various working conditions, ensuring long-term stable operation
• Efficient Filtration Performance
Multi-layer filtration structure effectively separates moisture, oil, and particulate matter, providing clean and dry air source
• Precision Manufacturing Standards
Strict process control ensures product consistency and reliability, meeting industry specifications
• Extended Service Life
High-quality materials and precision machining maintain excellent performance even in harsh environments
MATERIALS OF CONSTRUCTION
| Housing | SUS304/316L stainless steel |
| Seal | Silicone/EPDM/Viton/TEV |
OPERATING CONDITIONS
| Max. Temperature | 80 ℃ |
| Max. Differential Pressure | 16 bar |
CONNECTION
| Inlet/Outlet | Flange/Tri-Clamp/Thread |
| Gauge port | Thread |
| Cartridge connection | 222/226/DOE |
BENEFITS OF STAINLESS STEEL COMPRESSED AIR FILTER HOUSING
• Superior Surface Treatment
Mirror polishing meets sanitary standards, effectively reducing contaminant adhesion and facilitating cleaning maintenance
• Excellent Corrosion Resistance
Premium stainless steel material withstands various working conditions, ensuring long-term stable operation
• Efficient Filtration Performance
Multi-layer filtration structure effectively separates moisture, oil, and particulate matter, providing clean and dry air source
• Precision Manufacturing Standards
Strict process control ensures product consistency and reliability, meeting industry specifications
• Extended Service Life
High-quality materials and precision machining maintain excellent performance even in harsh environments
MATERIALS OF CONSTRUCTION
| Housing | SUS304/316L stainless steel |
| Seal | Silicone/EPDM/Viton/TEV |
OPERATING CONDITIONS
| Max. Temperature | 80 ℃ |
| Max. Differential Pressure | 16 bar |
CONNECTION
| Inlet/Outlet | Flange/Tri-Clamp/Thread |
| Gauge port | Thread |
| Cartridge connection | 222/226/DOE |
| MATERIAL | LINING | NO. of FILTERS | CONNECTION | LENGTH(IN) | SEAL | INLET/OUTLET |
| 304 | Without | 1 | 222 | 10'' | Silicone | Tri-Clamp DN25 |
| 316 | PTFE | 3 | 226 | 20'' | EPDM | Tri-Clamp DN40 |
| WCB（Mild Steel） | FPA | 4 | M20 | 30'' | Viton | Tri-Clamp DN50 |
| PPH（Homopolymer PP） | Fluorine | 7 | 3M | 40'' | TEV | Flange DN25 |
| Butyronitrile | 25 | PARKER | Butyronitrile | Flange DN40 | ||
| PE | 150 | PALL | PTFE | Flange DN50 | ||
| PHOSPHOR | Flange DN80 | |||||
| 38-5 | Flange DN150 | |||||
| DIN Flange DN40 |
| SERIES | MATERIAL | RATING(μm) | LENGTH(in) | SEAL | SUPPORT |
| D-HFA | PP | 0.45μm | 20'' | SilFlange DN25icone | PP |
| GF | 1.0μm | 30'' | EPDM | GF | |
| PBT | 5.0μm | 40'' | Butyronitrile | PBT | |
| 304 | 10μm | 60'' | Viton | Outer Cage | |
| 316L | |||||
| SERIES | MATERIAL | RATING(μm) | LENGTH(in) | SEAL | SUPPORT |
| D-HFA | PP | 0.45μm | 20'' | Silicone | PP |
| GF | 1.0μm | 30'' | EPDM | GF | |
| PBT | 5.0μm | 40'' | Butyronitrile | PBT | |
| 304 | 10μm | 60'' | Viton | Outer Cage | |
| 316L |
| SERIES | MATERIAL | RATING(μm) | LENGTH(in) | SEAL | SUPPORT |
| HFA | PP | 0.45μm | 20'' | Silicone | PP |
| GF | 1.0μm | 30'' | EPDM | GF | |
| PBT | 5.0μm | 40'' | Butyronitrile | PBT | |
| 304 | 10μm | 60'' | Viton | Outer Cage | |
| 316L |
| MATERIAL | LINING | NO. of FILTERS | CONNECTION | LENGTH(IN) | SEAL | INLET/OUTLET |
| 304 | Without | 1 | 222 | 10'' | Silicone | Tri-Clamp DN25 |
| 316 | PTFE | 3 | 226 | 20'' | EPDM | Tri-Clamp DN40 |
| WCB（Mild Steel） | FPA | 4 | M20 | 30'' | Viton | Tri-Clamp DN50 |
| PPH（Homopolymer PP） | Fluorine | 7 | 3M | 40'' | TEV | Flange DN25 |
| Butyronitrile | 25 | PARKER | Butyronitrile | Flange DN40 | ||
| PE | 150 | PALL | PTFE | Flange DN50 | ||
| PHOSPHOR | Flange DN80 | |||||
| 38-5 | Flange DN150 | |||||
| DIN Flange DN40 |
| SERIES | MATERIAL | RATING(μm) | LENGTH(in) | SEAL | SUPPORT |
| D-HFA | PP | 0.45μm | 20'' | SilFlange DN25icone | PP |
| GF | 1.0μm | 30'' | EPDM | GF | |
| PBT | 5.0μm | 40'' | Butyronitrile | PBT | |
| 304 | 10μm | 60'' | Viton | Outer Cage | |
| 316L | |||||
| SERIES | MATERIAL | RATING(μm) | LENGTH(in) | SEAL | SUPPORT |
| D-HFA | PP | 0.45μm | 20'' | Silicone | PP |
| GF | 1.0μm | 30'' | EPDM | GF | |
| PBT | 5.0μm | 40'' | Butyronitrile | PBT | |
| 304 | 10μm | 60'' | Viton | Outer Cage | |
| 316L |
| SERIES | MATERIAL | RATING(μm) | LENGTH(in) | SEAL | SUPPORT |
| HFA | PP | 0.45μm | 20'' | Silicone | PP |
| GF | 1.0μm | 30'' | EPDM | GF | |
| PBT | 5.0μm | 40'' | Butyronitrile | PBT | |
| 304 | 10μm | 60'' | Viton | Outer Cage | |
| 316L |
What special requirements do filters for compressed air have?
Compressed air filters usually need to have the functions of oil removal, water removal, and dust removal. They may use coalescing filter elements to separate liquid water and oil, and have higher requirements for the hydrophobicity of the filter elements. At the same time, they need to withstand pressure fluctuations in the compressed air system.
What is the main function of industrial filters?
The main function of industrial filters is to remove solid impurities, contaminants, microorganisms, or other unwanted substances from fluids (such as air, water, oil, chemical solvents, etc.). This protects downstream equipment, improves product quality, ensures process stability, and meets environmental protection requirements.
How often should I replace the filter element?
There is no fixed schedule. The optimal replacement time depends on the actual working conditions. The main basis is the pressure differential. When the pressure differential reaches the maximum value recommended by the manufacturer, the filter element should be replaced immediately. An estimated replacement cycle can also be formulated based on the operating time or changes in the quality of downstream products.
What special requirements do filters for compressed air have?
Compressed air filters usually need to have the functions of oil removal, water removal, and dust removal. They may use coalescing filter elements to separate liquid water and oil, and have higher requirements for the hydrophobicity of the filter elements. At the same time, they need to withstand pressure fluctuations in the compressed air system.
What is the main function of industrial filters?
The main function of industrial filters is to remove solid impurities, contaminants, microorganisms, or other unwanted substances from fluids (such as air, water, oil, chemical solvents, etc.). This protects downstream equipment, improves product quality, ensures process stability, and meets environmental protection requirements.
How often should I replace the filter element?
There is no fixed schedule. The optimal replacement time depends on the actual working conditions. The main basis is the pressure differential. When the pressure differential reaches the maximum value recommended by the manufacturer, the filter element should be replaced immediately. An estimated replacement cycle can also be formulated based on the operating time or changes in the quality of downstream products.
