Sintered Wire Mesh
Multi-layer stainless steel mesh diffusion-bonded into a rigid, uniform-pore sheet. Cleanable and reusable under high pressure and high temperature.
Wire mesh and metal filter elements engineered for industrial filtration
We make the filter element, not just the mesh
Wire cloth is woven in-house, composites are sintered under vacuum, and finished elements are welded and inspected before they leave the plant. That is what lets a filtration rating hold across a production run instead of only on the sample.
- 2008
- Established
- 120+
- Employees
- 18,000 m²
- Plant area
- 600,000 elements
- Annual capacity
What we manufacture
Six product families, one production line: we weave the cloth, sinter the composite and weld the finished element.
Filter Discs
Die-cut and edge-welded discs from woven or sintered mesh, from 5 µm to 200 µm, in round, oval and rectangular profiles.
Cylindrical Filter Elements
Seam-welded cylinders and pleated cartridges with end caps, built to fit existing housings or to customer drawings.
Wire Mesh Baskets
Spot-welded and folded baskets for filtration, degreasing, annealing and dishwasher duty, with reinforced rims, handles and lids.
Perforated Metal
Punched plate and tube in round, square, slot and hexagonal patterns for screens, guards and filter support layers.
Knitted Wire Mesh
Knit wire fabric used as mist eliminator, demister pad and vibration damping layer in gas-liquid separation.
One plant, the whole chain
Many element suppliers buy woven cloth and assemble it. We start one step earlier: the looms, the vacuum sintering furnace and the welding cells are in the same building, so the pore structure is decided here rather than inherited from a supplier's tolerance.
That matters when a filtration rating has to survive backflushing, thermal cycling and a customer's incoming inspection. When the cloth, the sinter cycle and the finished weld are all ours, a deviation has one owner and can be corrected at the stage that caused it.
- Cloth woven from 8 to 400 mesh, plain, twill and Dutch weave
- Vacuum sintering for 3, 4, 5 and 7 layer composites
- Laser cutting, seam welding and end-cap machining under one roof
How an order runs
Specification review
You send the medium, flow rate and required rating. We return a construction proposal and confirm which rating is achievable at that differential pressure.
Sample and approval
A sample element ships with its bubble-point and dimensional report. Production starts only after the sample is approved against your own test.
Production
Cloth is woven to the approved weave, composites are sintered in one furnace load per batch, and elements are welded against the approved drawing.
Inspection and dispatch
Bubble point, dimensions and weld integrity are recorded per batch. The report and the EN 10204 3.1 material certificate travel with the shipment.
Selected products
Five-Layer Sintered Wire Mesh
A five-layer 316L composite sheet diffusion-bonded into one rigid body: protective layer, filter control layer, dispersion layer and support layers.
Mist Eliminator Pad
Knitted stainless steel wire crimped and layered into a pad that coalesces fine droplets and drains them back to the vessel.
Perforated Filter Tube
A seam-welded stainless steel tube punched with a staggered round-hole pattern and wrapped with woven or sintered mesh to set the filtration rating.
Technical notes
How to specify, compare and maintain wire mesh filtration.
Send us your drawing or specification
Tell us the medium, the flow rate and the filtration rating. We will come back with a construction, a lead time and a price.