Sintered mesh filter cartridges
Rigid laminated mesh cartridge for backwashable liquid or gas duties.
Product detailsDrawing-based manufacturing
Sintered metal filters and media
Rigid sintered mesh laminates, porous metal discs, tubes and fiber-felt media for cleanable filtration components. Bonded mesh, powder pore networks and metal fiber felt have different retention, permeability and cleaning behavior.
- Families
- Mesh laminate · metal powder · fiber felt
- Rating
- Test method and efficiency basis
- Integrity
- Bubble point is a separate check
Metal filtration componentsSintered metal filter and media forms
Choose by finished form
Sintered metal filter and media forms
Define the porous media family and finished geometry together with flow, differential pressure and cleaning requirements.
01
Sintered filter discs
Flat porous discs cut to round, annular or drawing-defined outlines.
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Sintered media sheets
Flat bonded media supplied for cutting, forming or integration.
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03
Sintered filter cartridges
Finished porous elements with drawing-defined supports and end connections.
View matching products →Sintered metal filters and media
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5 products
Metal fiber felt filter cartridges
Pleated metallic depth-medium cartridge for hot or viscous process streams.
Product details
Sintered mesh filter discs
Rigid multilayer mesh disc that maintains its shape under cleaning.
Product detailsFive-layer sintered mesh sheets
Rigid bonded mesh laminate cut as sheets or shaped blanks.
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Clear filters
Structure first, micron label second
Equal nominal ratings do not make different porous structures interchangeable.
Media type and rating basis
Distinguishes mesh, powder and fiber structures
Permeability or pressure-drop target
Supports flow comparison
Thickness and finished form
Defines fabrication route
Differential pressure and direction
Guides support and joint design
Fluid, temperature and cleaning method
Guides material and reuse review
Inspection or validation method
Establishes acceptance
Construction
Structure first, micron label second
- Sintered meshBonded wire layers stabilize geometry and support one another. Preserve layer orientation and weldable margins when fabricating an element.
- Powder mediaPores connect between bonded powder particles. Porosity and wall thickness influence pressure loss and contaminant removal during cleaning.
- Fiber feltMetal fibers form a depth structure that can provide useful area in pleated elements. Dirt holding and cleaning require a different assessment from square-opening mesh.
01Sintered mesh
02Powder media
03Fiber felt
Compare sintered metal filters and media
Equal nominal ratings do not make different porous structures interchangeable.
| Construction | Application and fit | Confirm first | Find a product |
|---|---|---|---|
| Sintered filter discs | The installation uses a flat sintered element. | Outline, thickness, media grade, edge and sealing width. | Filter matching products |
| Sintered media sheets | The customer needs bonded porous material in sheet form. | Sheet size, thickness, layer construction, flatness and packing. | Filter matching products |
| Sintered filter cartridges | The porous media must install as a replaceable cartridge. | Envelope, end connections, seals, support, media and cleaning. | Filter matching products |
Sintered metal filters and media
Applications
Choose porous metal where rigidity, cleaning or temperature matters.
Reusable elements
Rigid discs and tubes for process housings.
Pleated elements
Fiber felt or suitable laminate for increased filtration area.
Diffusion
Porous parts for flow distribution require permeability specifications, not only particle ratings.
Match inspection to the porous structure
Visual inspection cannot establish particle-removal efficiency.
01ConstructionVerify media grade, thickness, layer orientation and alloy.
02IntegrityUse the specified integrity or bubble test where applicable.
03Finished partInspect welded and machined edges that can introduce bypass.
Sintered metal filters and media
Technical resources
Technical guide
Filter rating, aperture and beta ratio
How to compare woven openings, porous-media claims and test-rated filter elements without treating every micron number as equivalent.
Read guide→Technical guide
Cleaning reusable metal filter elements
Plan a cleaning trial around contaminant, media construction and joint integrity before declaring a metal element reusable.
Read guide→Sintered metal filters and media
Questions before ordering
Does bubble point certify filtration efficiency?
No. ISO 4003 treats the bubble test as quality control for permeable sintered metal. It does not by itself define a filter grade or exact pore-size distribution.
Can sintered filters be regenerated indefinitely?
No. Corrosion, irreversible deposits, mechanical damage and repeated cleaning can end service life. Reuse requires a defined acceptance check.
What does a nominal micron rating mean for sintered media?
Its meaning depends on the test method and medium. Define the particle or pore test, flow condition and acceptance criterion when comparing sintered mesh, felt and powder media.
Related products and guidance
Technical enquiry
Define the dimensions, media, joints and inspection records before confirming the order.