SS 316L and titanium sintered products with category-specific pore ratings — from 0.22 µm for sintered powder to 5,000 µm for sintered mesh — and temperature capability depending on alloy, structure, and service conditions. Filter cartridges, porous tubes, discs, sheets — custom pore structures, OEM production, and application-specific builds.
All products are available in standard and custom configurations. Non-standard pore sizes, unusual alloy combinations, and tight-tolerance geometries are part of our normal workload.
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Powder-sintered and pleated-mesh cartridges in SS 316L and titanium. Five types: 0.22–100 µm (sintered powder), 1–5,000 µm (sintered mesh), 1–1,000 µm (pleated mesh). Threaded, flanged, and custom end connections.
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Sintered SS and titanium in tube, plate, and disc formats. Used in gas sparging, flow control, and fluid diffusion. Custom OD, wall thickness, and pore gradient on request.
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Titanium and SS flat products: woven wire mesh, sintered fiber felt for PEM electrolyzers, and perforated sheet in round, square, and hex patterns. Supplied in standard rolls or cut to size.
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FILTURE supplies Grade 5 Ti-6Al-4V bolts, nuts and CNC-machined parts. We do not supply commercially pure titanium fasteners or machined parts. Share your drawing, dimensions, thread, finish and quantity for review.
View all typesFrom pharmaceutical filtration to hydrogen electrolyzer stacks, product selection depends on the process requirements and application-specific validation.
For most buyers, the key concerns are straightforward: clear technical communication, realistic lead times, and documents that can pass internal review.
Every inquiry at FILTURE is handled by a specialist in that product area - Caleb for fasteners, Sam for sintered filtration, and Stacey for titanium materials.
We handle non-catalog requests — special pore sizes, non-standard alloys, custom end-cap designs and oversized sintered plates. If a requirement is workable, we'll quote it. If it's not, we'll say so early.
Shipping can be arranged by sea, air, or courier depending on order size and delivery urgency. If you have a target date, we can suggest the most suitable option when quoting.
For porous plates and gas-distribution components, Bubble Distribution analysis is available on request. Results include photographs of bubble uniformity across the effective surface and, where specified, test-condition pressure-drop records. It does not measure pore-size distribution or certify filter-cartridge integrity.
Available on request for porous plates and gas-distribution components. It observes uniform or non-uniform bubble coverage and can reveal blockage, cracks, weld defects, non-uniform porosity, or inactive areas.
Photos record visible bubble release across the wetted plate or disc under the agreed test conditions. They do not quantify pore-size distribution or, by themselves, demonstrate cartridge integrity.
Material certificates and dimensional inspection records depend on the agreed order requirements. Bubble distribution reports apply to porous plates, discs and gas-distribution components under agreed test conditions; confirm availability before ordering.
In-depth articles on sintered metal filtration, titanium materials, and industrial process engineering.
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Selecting a sintered metal filter for catalyst recovery: define particle retention, material compatibility, pressure drop, cleaning and trial acceptance criteria.
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CIP-cleanable sintered metal filter cartridge: learn which process conditions must be reviewed and validated before selection.
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A specification guide for matching pore rating, flow rate, and pressure drop in sintered metal filtration.
Read articleQuick answers on materials, specifications, and ordering. View all FAQs →
A sintered metal filter element is made by compressing metal powder — typically stainless steel 316L or titanium — under heat until the particles fuse into a rigid, porous structure. That process yields controlled pore sizes — as fine as 0.22 µm for sintered powder types, up to 5,000 µm for sintered mesh — along with high mechanical strength and chemical resistance. Unlike woven mesh, sintered powder structures provide three-dimensional depth filtration that traps particles throughout the wall thickness.
Pore ratings depend on product type: sintered powder filter elements reach 0.22–100 µm, sintered mesh cartridges 1–5,000 µm, and pleated mesh filters 1–1,000 µm. Custom pore sizes outside standard ranges are available on request — contact us with your target particle retention and flow rate requirements.
Yes. Sintered stainless steel 316L filters are often used for continuous operation up to 400 °C, and titanium sintered filters up to about 400 °C, depending on the alloy, structure, seals, and service conditions. These products are commonly evaluated for hot gas filtration and higher-temperature liquid separation where disposable media may not be suitable.
Standard materials are 316L stainless steel and pure titanium. FILTURE also supplies sintered filters in Monel 400, Hastelloy C-276, Inconel 625, and other alloys for aggressive chemical environments. Material selection depends on your process fluid, operating temperature, and pressure rating. Tell us your process fluid and operating conditions — we'll tell you which alloy fits.
MOQ for custom sintered metal filters can start from 1 piece for prototypes and design validation. Production quantities typically start from 10–50 pieces depending on complexity and tooling requirements. Small-batch orders for R&D and pilot projects are common, while many standard catalogue products can be supplied in low quantities.
Send us your specifications — material, pore size, operating pressure, and temperature — and we'll reply with a quote or technical recommendation after review.
