Stainless Steel Mesh Filter – Durable, Reusable, 10 Micron


Pleated Wire Mesh Filter Element: field notes from the shop floor and the spec sheet

If you’ve spent any time sourcing process filtration, you already know the quiet hero is the stainless steel mesh filter. Specifically, the pleated kind. It’s the unflashy workhorse that keeps lines clean in petroleum, chemical, pharma, food, aviation, and machinery. This particular model—Pleated Wire Mesh Filter Element—comes out of Anping, Hengshui City, Hebei, China, which, to be honest, is pretty much the Silicon Valley of woven mesh.

stainless steel mesh filter

What’s trending (and what actually matters)

  • Pleat density is up: more media area without bloating the housing.
  • 316L and duplex grades for aggressive fluids; many customers say 316L hits the sweet spot of cost vs. corrosion resistance.
  • CIP/SIP-ready constructions with welded end-caps (no adhesives) for food and pharma.
  • More audits asking for traceability (EN 10204 3.1 MTCs) and ISO 9001-backed QA—no surprise there.

Core specs at a glance

This pleated element increases effective filtration area, boosting dirt-holding and lowering initial ΔP. Real-world use may vary, obviously, based on fluid, viscosity, and duty cycle.

Parameter Typical value Notes
Material SS304 / SS316L Woven per ASTM E2016; 316L for chlorides
Micron rating 5–200 μm Cut-point verified via ASTM F316 bubble point ≈
Outer diameter / length Ø25–120 mm / 50–1000 mm Custom cores and end-caps available
Max temperature ≈ 400°C (dry); 250°C (CIP/SIP) Depends on seals/end-cap materials
Differential pressure Up to 1.0 MPa Initial ΔP typically 10–35 kPa at rated flow ≈
Efficiency (Beta) β10 ≥ 200 Multi-pass per ISO 16889

stainless steel mesh filter

How it’s made (short version)

  1. Material selection: SS304/316L wire cloth woven to spec (ASTM E2016).
  2. Pleating: controlled pleat height and spacing to maximize area.
  3. Core & cage: perforated SS tube for collapse resistance; TIG or spot welding.
  4. End-caps: SS or plated steel; adhesive-free options for high-temp and food contact.
  5. Testing: bubble point (ASTM F316), multi-pass (ISO 16889), burst/Collapse tests, and DP-flow curves. Certificates on request.

Service life? In steady hydraulic oil, I’ve seen 3–6 months; in sticky food syrups, closer to 4–8 weeks before cleaning. With backflushing, cycles can extend 2–4×, provided solids are not fibrous.

stainless steel mesh filter

Where it’s used (and why)

Petroleum up/downstream, chemical solvents, pharma APIs, dairy and brewing, aviation hydraulic skids, general machinery—any process that wants robust, cleanable media. The big advantages of a stainless steel mesh filter are thermal stability, solvent resistance, and predictable cut-point. Many clients tell me it’s the “set it, forget it” stage before polishing filters.

Real-world snippets

  • Chemical plant: swapping 10 μm baskets for 5 μm pleated 316L cut ΔP by ~18% at 12 m³/h, extending changeout from 9 to 22 days.
  • Aviation maintenance: achieved ISO 4406 16/14/11 on hydraulic test stand; β10 ≥ 200 verified on-site with multi-pass cart.

stainless steel mesh filter

Vendor snapshot (because supply matters)

Vendor MOQ Lead time Customization Certs Price ≈
Anping manufacturer (origin) 10–50 pcs 7–15 days High (OD/ID, pleats, caps) ISO 9001, EN 10204 3.1 $$
OEM importer 50–100 pcs 3–6 weeks Medium ISO 9001 $$$
Online marketplace 1 pc Stock/unknown Low Varies $–$$

Customization and compliance

Options include mesh count/micron rating, pleat geometry, welded or crimped end-caps, Viton/PTFE seals, and sanitary ferrules. For food and beverage, ask for 3-A and FDA food-contact declarations; for potable water, NSF/ANSI 61 is often requested. Documentation-wise, ISO 9001 QMS and material certs (EN 10204 3.1) are standard fare.

stainless steel mesh filter

Final tip: when specifying a stainless steel mesh filter, share your fluid, viscosity, target ISO 4406 (if hydraulic), flow, temperature, and allowable ΔP. It sounds basic, but it saves weeks of back-and-forth.

Authoritative citations

  1. ASTM E2016 – Standard Specification for Industrial Woven Wire Cloth
  2. ISO 16889 – Hydraulic fluid power filters, multi-pass method
  3. ASTM F316 – Pore size by bubble point and mean flow pore test
  4. 3-A Sanitary Standards – Equipment for dairy/food processing
  5. NSF/ANSI 61 – Drinking water system components



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