FHMSS High-Flow Metal Mesh Sintered Filter Cartridge
The FHMSS stainless steel sintered filter element with a pleated five-layer composite structure (outer/inner protective cages, primary filtration layer, inner support layer, and central core) centered on stainless steel fiber sintered felt. This core is fabricated by gradient-layering multi-diameter metal fibers followed by vacuum sintering, forming a uniform three-dimensional labyrinthine pore network with high porosity-significantly higher than conventional metal powder sintered filters. This design delivers >98.5% filtration efficiency, low pressure drop, high contaminant-holding capacity, and extended service life, making it ideal for demanding industrial filtration applications.
FHMSS High-Flow Metal Mesh Sintered Filter Cartridge
The FHMSS stainless steel sintered filter element with a pleated five-layer composite structure (outer/inner protective cages, primary filtration layer, inner support layer, and central core) centered on stainless steel fiber sintered felt. This core is fabricated by gradient-layering multi-diameter metal fibers followed by vacuum sintering, forming a uniform three-dimensional labyrinthine pore network with high porosity-significantly higher than conventional metal powder sintered filters. This design delivers >98.5% filtration efficiency, low pressure drop, high contaminant-holding capacity, and extended service life, making it ideal for demanding industrial filtration applications.
Product Features
- Full-Welded Construction: Fabricated entirely without adhesives, ensuring exceptional chemical compatibility for reliable filtration of aggressive solvents and high-temperature media.
- High Flow & Low DP: The precision pleated design significantly expands the effective filtration area and dirt-holding capacity, delivering higher flow rates and lower pressure drop per element—ideal for applications with stringent flow and differential pressure requirements.
- Excellent Regenerability: Featuring fully welded stainless steel construction, these filter elements offer outstanding regenerability. They can be repeatedly restored to near-original performance through chemical cleaning, high-temperature treatment, and ultrasonic cleaning, substantially extending service life and reducing operational costs.
Product Parameters
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Parameters |
Specification |
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Length(inch/mm） |
10(254) |
20(508) |
30(762) |
40(1016) |
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Specifications |
Media Material: 304/316L Stainless Steel |
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Connection |
Thread: M12, M20, M36; Plain End: 222, 226 |
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Filtration Accuracy (μm) |
1/3/5/10/20/50/100 |
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Diameter (mm) |
65-100 |
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Filtering Area (m²/10″) |
≧0.5 |
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Maximum Pressure (MPa) |
35 |
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Maximum Temperature (℃) |
400 |
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Precautions
Selection Guide
- Filtration Accuracy: Select pore size (1–100 μm) based on contaminant dimensions (e.g., 10 μm for industrial oils). Higher precision increases pressure drop-optimize for application needs.
- Flow & Pressure: For high-flow systems, choose high-pleat-density elements (e.g., 40-inch); verify operating pressure range (typically 0.1-30 MPa) aligns with system requirements. Always consult the manufacturer’s flow–pressure drop curve.
- Material Compatibility: 304 SS for mild environments (water treatment); 316L for chloride-rich media (seawater, chemicals). Use titanium or nickel-based alloys in strong acid/alkali conditions.
- Temperature Resistance: Standard SS elements: –200°C to 450°C; FeCrAl alloy for extreme heat (up to 816°C, e.g., melt filtration). Match seal material to temperature: FKM (≤150°C), PTFE (≤260°C).
- Service Life: Pleated design offers 3–5× higher dirt-holding capacity than flat filters. Backwash-compatible units extend service life. Replace high-precision elements every 3–6 months (adjust for contamination severity).
- Installation: Confirm end connections (222/226 bayonet, M30 thread, etc.) match housing. Specify non-standard lengths or custom shapes during ordering.
*For specialized applications or customized solutions, please contact FFM Inc. directly.
