Engineering sustainable futures with advanced porous metal technology, providing superior filtration efficiency for the most demanding environmental protection equipment.
Our commitment to environmental excellence relies on the precision of metal powder sintered filter technology, merging metallurgical science with pollution control requirements to ensure zero-leakage performance.
Utilizing medical-grade stainless steel and nickel alloys, ensuring each metal powder sintered filter withstands extreme corrosive environments and high-pressure surges.
Advanced vacuum sintering processes allow us to control pore size with micron-level accuracy, guaranteeing consistent filtration across the entire surface area.
Designed specifically for pollution prevention equipment, our components meet ISO 14001 and global emission standards for industrial air and liquid purification.
Resistant to oxidation and high-temperature cycles, significantly extending the replacement lifecycle of pollution control parts.
Optimized porous structure reduces energy consumption in fluid transport while maintaining maximum filtration efficiency.
The sintered matrix allows for effective ultrasonic or chemical back-washing, reducing downtime in industrial plants.
| Material Grade | Pore Size (μm) | Permeability | Max Temp (°C) | Pressure Limit | Corrosion Class |
|---|---|---|---|---|---|
| SS 304 Sintered | 2 - 100 μm | High | 450°C | 15 MPa | Moderate |
| SS 316L Sintered | 1 - 50 μm | Medium-High | 500°C | 20 MPa | High |
| Hastelloy C22 | 0.5 - 20 μm | Medium | 800°C | 30 MPa | Extreme |
| Titanium Gr.2 | 5 - 100 μm | High | 400°C | 10 MPa | Superior |
| Nickel 200 | 2 - 40 μm | Medium | 600°C | 12 MPa | High (Alkali) |
| Monel 400 | 10 - 150 μm | Very High | 550°C | 18 MPa | Marine Grade |
| Cobalt Alloy | 0.1 - 10 μm | Low-Medium | 1100°C | 40 MPa | Ultra-High |
| Inconel 625 | 1 - 30 μm | Medium | 900°C | 25 MPa | Extreme |
Implemented our 316L sintered filters to remove catalyst fines, increasing filter life by 300% and reducing hazardous waste.
Deployed high-temperature cobalt sintered elements for flue gas cleaning, achieving 99.9% particle removal at 800°C.
Utilized Titanium sintered membranes for seawater desalination pre-filtration, eliminating bio-fouling issues.
Integrated Monel sintered filters in acid-gas scrubbing units, reducing maintenance frequency from monthly to annually.
Custom 0.5μm sintered filters provided sterile air filtration for bioreactors, ensuring 100% contamination-free batches.
Sintered nickel filters implemented in slurry filtration, handling high abrasive loads with zero deformation over 24 months.
High-temperature sintered elements used in baghouse filters and electrostatic precipitators for industrial smoke purification.
Corrosion-resistant sintered filters for acid recovery systems and toxic gas scrubbing in chemical plants.
Ultra-fine sintered stainless steel filters for sterile venting and product filtration in pharma labs.
High-pressure sintered filters for removing hydrocarbons and metallic impurities from lubricants.
Sintered filters used in molten metal filtration to eliminate slag and non-metallic inclusions.
Industrial-scale sintered filters for removing heavy metal precipitates from industrial effluent.
Strict adherence to quality management systems ensures every sintered filter meets exact dimensional and permeability specs.
Every batch undergoes rigorous bubble point analysis to verify the maximum pore size and ensure zero leakage.
Raw materials are sourced and certified according to ASTM and DIN standards, ensuring metallurgical purity.
It is a porous filter created by compacting metal powders and heating them below their melting point, creating a rigid, porous structure ideal for extreme pollution control.
Yes, the sintered structure is highly durable, allowing for back-pulsing, ultrasonic cleaning, or chemical washing to restore permeability.
For aggressive corrosive environments, we recommend Hastelloy C22 or Inconel 625 due to their superior resistance to pitting and oxidation.
By precisely selecting the initial powder particle size and optimizing the sintering temperature and time, we can achieve pore sizes from 0.1μm to 150μm.
We typically deliver custom-engineered samples within 7 days, ensuring rapid prototyping for your pollution control system.
Yes, we provide full material mill certificates and quality inspection reports required for international shipping and customs.
Contact our metallurgical experts today to optimize your filtration efficiency with custom metal powder sintered filter solutions.
If you are interested in our products, you can choose to leave your information here, and we will be in touch with you shortly.
