Micron Stainless Steel Mesh for Industrial Filtration
Maidong reviews micron stainless steel mesh requirements as a complete industrial specification. State whether the micron value means a geometric opening or a tested retention rating, then add weave, wire geometry, alloy, dimensions, operating duty and finished form.
First Define What the Micron Number Means
Geometric aperture
A measured or calculated clear opening in square woven mesh.
Nominal rating
A stated retention efficiency under defined test conditions.
Absolute rating
A stricter retention threshold that still needs a method and efficiency definition.
Pore or test value
A construction-specific result used for Dutch weave, sintered or multilayer media.
This product page focuses on selecting and purchasing micron mesh within the broader stainless steel wire mesh range. Use the mesh-to-micron calculator for square-mesh geometry. Nominal and absolute values must be tied to their own definitions and test basis.
Micron Stainless Steel Mesh Specification Table
A micron value alone cannot define the product. Use the complete RFQ structure below when comparing quotations.
| RFQ field | What to specify | Why it matters |
|---|---|---|
| Micron basis | Aperture, nominal/absolute rating, pore value or named method | Prevents unlike values being treated as equivalent |
| Mesh construction | Plain/twill square or Dutch weave; full count designation | Identifies the pore path |
| Wire geometry | Mesh count and wire diameter, or warp/weft details | Defines opening, strength and open area |
| Material | 304, 304L, 316, 316L or drawing-specified alloy | Must suit process and cleaning chemistry |
| Supply form | Roll, slit width, cut piece, disc, cylinder or drawing | Defines dimensions, edges and fabrication |
| Process duty | Medium, viscosity, temperature, flow, pressure and cleaning | Connects the mesh to real operation |
| Acceptance | Tolerances, inspection basis, quantity and required documents | Creates a comparable purchase requirement |
Square Woven Mesh: Calculate Aperture From Two Inputs
For square woven mesh, nominal aperture equals mesh pitch minus wire diameter. Two products with the same mesh count can therefore have different openings and open areas.
Use fine stainless steel wire mesh when the purchasing requirement is specifically a fine square opening. The mesh count, wire diameter and aperture tolerance should be stated together.
Choose the Pore Structure, Not Just a Micron Label
Plain square weave
Direct square openings with straightforward geometric aperture.
Twill square weave
A different wire path used for selected fine-wire combinations.
Dutch weave
Dense warp/weft construction with an indirect filtration path.
Supported media
Fine layer combined with coarse mesh or perforated support where required.
For Dutch constructions, do not apply the square-opening conversion formula. Use the Dutch weave mesh micron-rating guide and request the full construction plus rating method.
Material Selection: 304, 304L, 316 or 316L
The material grade does not set the micron value. Select alloy from the process medium, concentration, temperature, cleaning chemistry, fabrication and governing specification.
For general woven-mesh procurement, see the stainless steel wire mesh supplier page. For media selection in filtration systems, use stainless steel mesh for filtration.
Supply Forms and Finished Micron Mesh Components
Mesh rolls
State width, length, edge, handling and dimensional tolerance.
Slit and cut mesh
Define width or outline, orientation, edge quality and quantity.
Filter discs
Add diameter, layers, support, rim, tolerance and flow direction.
Cylinders and assemblies
Provide OD/ID, length, seam, ends, support and equipment interface.
Finished-form RFQs need a drawing
The same micron media can behave differently after forming, layering or installation. Review stainless steel filter discs and stainless steel filter cylinders for drawing-based component requirements.
Real Micron Mesh and Support Examples
Dense woven media
Opening and weave range
Perforated support
These product examples illustrate media and support choices, not guaranteed micron ratings or stock availability. Final supply follows the agreed construction, drawing and acceptance basis.
Typical Industrial Selection Contexts
Liquid filtration
Specify fluid, viscosity, particle target and pressure conditions.
Oil and hydraulic duty
Add cleanliness objective, flow, temperature and pressure drop.
Gas and air screening
Define particles, flow, temperature and support requirements.
OEM filter elements
Connect the media specification to the complete component drawing.
How to Prepare a Micron Mesh RFQ
1. Define the target
State the particle size or separation objective.
2. Define micron basis
Aperture, nominal, absolute, pore value or named test.
3. Select construction
Choose weave, wire geometry, material and support.
4. Define finished form
Give roll, cut piece or component drawing details.
5. Set acceptance
Add tolerances, inspection, quantity and process data.
Request a Specification Review
Send the micron value and definition, weave, wire geometry, grade, dimensions, finished form, process duty and quantity. If the rating method is unknown, describe the filtration objective instead of assuming an equivalence.
Micron Stainless Steel Mesh FAQ
It usually means stainless steel mesh selected for a target opening or filtration value stated in micrometres. The value must be identified as geometric aperture, nominal rating, absolute rating or another named test basis.
For square woven mesh, nominal aperture can be calculated only when both mesh count and wire diameter are known. Mesh count alone is insufficient, and the square-mesh formula does not apply to Dutch weave.
Not automatically. A 50 μm geometric opening describes pore geometry, while a 50 μm filtration rating describes retention under a definition or test. Ask which value is being quoted.
304, 304L, 316 and 316L are common industrial enquiries. The correct grade depends on process chemistry, temperature, cleaning, fabrication and the governing material requirement.
Requirements can be reviewed for rolls, slit widths, cut pieces, discs, cylinders and supported assemblies. Finished parts need drawings, tolerances, layer sequence, seams, edges and flow direction.
Provide the micron value and its basis, weave, mesh count and wire diameter where applicable, grade, dimensions, tolerances, supply form, medium, temperature, pressure differential, cleaning method and quantity.
Request a Micron Stainless Mesh Quotation
Send the complete micron basis, mesh construction, dimensions, operating conditions and quantity for review.