Choose the Right Wire Mesh — with Calculations, Not Guesswork
Free calculators, specification tables, material comparisons and application guides for industrial wire mesh selection.
Build a usable mesh specification
Start from the value you know. Each result shows assumptions and can be attached to a recommendation request.
Woven Wire Mesh Calculator
Calculate aperture, pitch, open area and estimated mass from mesh count, wire diameter and material.
Open resource →Free engineering calculatorMesh Count, Micron & Aperture Converter
Convert a mesh construction between mesh count, aperture, micron, millimetre and inch without hiding the wire-diameter dependency.
Open resource →Free engineering calculatorReverse Mesh Specification Finder
Enter a target opening and minimum open area to compare feasible mesh-count and wire-diameter combinations.
Open resource →Free engineering calculatorWire Mesh Open Area Calculator
Calculate square or rectangular mesh open area from clear opening and wire diameter.
Open resource →Free engineering calculatorWire Mesh Weight Calculator
Estimate woven or welded mesh mass per area, roll, panel and order using material density.
Open resource →Free engineering calculatorFilter Mesh Selector
Turn particle size, retain/pass objective and service environment into an opening and material shortlist.
Open resource →Free engineering calculatorWire Mesh Material Selector
Compare stainless steel, galvanized steel, mild steel, aluminum and copper for a stated environment.
Open resource →Latest wire mesh knowledge
Long-form illustrated answers for measurement, material selection and purchasing decisions.
Mesh geometry basicsHow Mesh Count, Aperture and Wire Diameter Work Together
July 16, 2026A practical explanation of the three values behind square-opening woven wire mesh, with formulas, examples and purchasing cautions.
Open resource →
Inspection and reorderingHow to Measure a Wire Mesh Sample Before Reordering
July 16, 2026A field-ready method for measuring aperture, wire, mesh count, dimensions and edges without copying hidden wear or damage into a new order.
Open resource →
Material selection304 vs 316L Stainless Steel Wire Mesh: What to Confirm
July 16, 2026A service-condition comparison for choosing between 304 and 316L stainless mesh without treating either grade as universally corrosion-proof.
Open resource →Selection starts with the application
Wire Mesh for Industrial Filtration
Build the specification from retained particle size, fluid, pressure, temperature, cleaning and acceptable pressure loss.
Open resource →Application guideWire Mesh for Food Processing Equipment
Add product contact, cleaning chemicals, drainage, weld finish, traceability and local regulatory requirements to ordinary mesh geometry.
Open resource →Application guideWire Mesh for Mining & Aggregate Screening
Screen opening is only one selection variable; feed size, impact, abrasion, deck support, tensioning and blinding behaviour affect service life.
Open resource →Application guideVibrating Screen Replacement Specification
Record the current aperture, wire, panel dimensions, hook direction, tension system, support bars and failure mode before ordering a replacement.
Open resource →Application guideWire Mesh for Security & Perimeter Fencing
Define opening, wire, panel or roll form, height, coating, posts, fixings, anti-climb requirement, wind exposure and installation environment.
Open resource →Application guideWire Mesh for Machine Guarding & Ventilation
Balance access prevention, visibility, airflow, impact resistance, frame attachment and safe distance requirements.
Open resource →Start from what you know
You do not need a finished specification to use this library. Start with a mesh count, target opening, particle size, environment or known sample.
Know the mesh count
Calculate aperture, pitch, open area and estimated mass from mesh count and wire diameter.
Know the particle size
Use the filter selector to create a practical opening range, then compare feasible constructions.
Need material advice
Compare corrosion, temperature, food-process questions, magnetism and cost before requesting a certified material.
What to confirm
Calculated values are a starting point for procurement. Final tolerances, weave, edge treatment, certificate requirements and manufacturability belong in the purchase specification.
Three routes through the library
Use a calculator when you know two geometric values, browse the specification library when writing an RFQ, or open the Knowledge Center for detailed measurement and decision articles. Application and material guides help translate service conditions into the fields a supplier must confirm.
What an answer from this site means
Formula-derived results are reproducible nominal calculations. Reference properties are labeled as guidance. Neither becomes a delivered tolerance, filtration guarantee or compliance certificate until the correct scope and supplier evidence are agreed. This distinction keeps the tools useful without overstating certainty.