What are the main types of wire mesh filter elements?

The six most common formats are filter discs (flat cut shapes), filter leaf elements (supported mesh leaves for pressure leaf filters), pleated mesh cartridges (pleated media in a cartridge envelope), strainer baskets (cylindrical mesh baskets), mesh filter bags (metallic bag-style elements), and framed screens (mesh welded or crimped into custom frames). Each is chosen by housing type, retention rating, and cleaning method.

What is a filter leaf?

A filter leaf is a flat or curved mesh panel, usually made of reverse dutch or twill dutch weave, supported on a perforated plate frame with a central header pipe. Filter leafs are stacked inside vertical pressure leaf filters and are cleaned by back-flushing from the clean side. They are widely used in oil, chemical, and water service.

What is a pleated mesh filter?

A pleated mesh filter is a wire mesh cartridge where the media is folded into pleats to multiply the active surface area inside a given envelope. Pleated cartridges typically include inner and outer support mesh and end caps, and they deliver higher flow capacity and longer service intervals than flat mesh discs of the same footprint.

What is a strainer mesh?

Strainer mesh is woven wire cloth used as a straining element - typically in coarser apertures from about 100 micron up to several millimeters - to remove large, visible debris from liquids or gases. Strainer mesh is fabricated into discs, baskets, and screen inserts for Y-strainers, basket strainers, and inline strainers.

What micron ratings are available for wire mesh filter elements?

Stock wire mesh filter elements range from about 3 micron fine dutch weave up to 4760 micron (4 mesh) coarse strainers. Common fine ratings are 5, 10, 20, 25, 50, 74, 100, 150, and 250 micron. Custom retention ratings can be woven to order at MOQ; always state both the micron rating and mesh count to avoid ambiguity.

What is the difference between a filter disc and a filter cartridge?

A filter disc is a flat cut piece of mesh with finished edges, dropped into a housing. A filter cartridge is a cylindrical element - often pleated to increase surface area - with end caps, fitted inside a cartridge housing. Discs are simple and low-cost for coarse duty; cartridges offer much higher surface area and finer retention in a compact form.

Can wire mesh filter elements be cleaned and reused?

Yes. Stainless wire mesh filter elements clean by back-flushing, ultrasonic baths, or chemical soak, and typically serve for years. Reverse dutch weave leaf elements are specifically designed for repeated back-flush cleaning. Pleated cartridges with proper support mesh also clean well. Service life depends on the particle load, cleaning method, and alloy compatibility.

What materials are wire mesh filter elements made from?

The most common material is stainless steel - 304 for general duty and 316/316L for chemical, marine, and hygiene-critical service. Brass and copper are used for fuel, oil, and non-sparking applications. Monel, hastelloy, and other nickel alloys are available for aggressive or high-temperature service on request.

How do I specify a wire mesh filter element in an RFQ?

To specify correctly, state the element format (disc, leaf, cartridge, basket, bag, or framed screen), the media weave and micron rating (and mesh count), the alloy grade for both mesh and frame, the dimensions or a housing drawing, the edge and seam construction, the operating conditions (flow, pressure, temperature, fluid), the quantity, and any certification requirements. A complete RFQ returns a matched recommendation, not a re-quote.

Can you make custom sizes and shapes?

Yes. We cut, form, weld, pleat, and frame wire mesh to custom sizes and shapes from your drawing or housing sample. Non-standard elements carry tooling and setup cost that is reduced at higher volumes. Send the drawing for a fit review and quote.

What is the typical MOQ and lead time?

Stock mesh sizes and standard element formats start from low minimums and often ship within 2-4 weeks. Custom weaves, fine dutch constructions, and complex fabrications carry higher minimums and typically need 4-6 weeks. Share the full specification and target date for a confirmed schedule.

Do you provide certificates and sample elements?

Yes. Material test certificates per grade, aperture verification reports, and certificates of conformity are available, and pre-shipment inspection by SGS, BV, or TÜV can be arranged. For critical applications, request a sample element first to confirm fit and performance before bulk production.

How do I know which element format I need?

Start from the housing you already have - disc-style strainers need discs, pressure leaf vessels need leaf elements, cartridge housings need cartridges, basket strainers need baskets. If you are designing a new system, consider the required micron rating, flow rate, available footprint, and cleaning method, and we will recommend the format and weave.

What is a mesh filter bag?

A mesh filter bag is a metallic wire mesh element formed into a bag shape with a top sealing ring, designed to fit inside standard bag filter housings. Metal mesh bags are used where polymer filter bags cannot withstand temperature, pressure, or chemical exposure, and they are cleanable and reusable.

How do edge styles affect performance?

Edge style determines sealing, pressure resistance, and whether the element sheds wire strands. Raw cut edges are low-cost but fray; folded hems seat in grooves; welded edges hold pressure and are highly integral; epoxy-sealed edges are hygiene-critical because they shed no wire. Match the edge style to both the housing gasket interface and the process cleanliness requirement.

What affects the price of wire mesh filter elements?

Price moves with alloy grade (316 and specialty alloys cost more than 304), media fineness (dutch weave and fine mesh use precision wire and cost more), element complexity (pleated cartridges and leafs cost more than simple discs), tooling for custom sizes, quantity, and certification needs. Share the full specification for an itemized quote.

Are wire mesh filter elements food-grade compliant?

Yes. Food-contact filter elements are supplied in 304 or 316 stainless steel with material certificates per FDA food-contact requirements, with clean welded or epoxy-sealed edges that shed no wire strands, and with surfaces that withstand steam sterilization and CIP cleaning. Specify the food-contact requirement in the RFQ.

What is the difference between a strainer and a filter element?

A strainer removes large, visible debris with a coarse screen, while a filter element is specified by a precise micron rating for finer particle retention. In practice, the terms overlap: basket strainers and Y-strainers use mesh elements, and finer cartridges are called filter elements. State the micron rating you must hold and the housing type, and the element type follows.

How often should wire mesh filter elements be replaced?

Clean elements when differential pressure roughly doubles. Replace them when pinholes, seam damage, corrosion, or permanent blinding appear. In clean, compatible service, 316L stainless wire mesh filter elements run for years, so life is governed by the particle load, cleaning regime, and corrosion environment rather than a fixed calendar.

Application-led wire mesh filter element sourcing for OEMs, plant engineers, and filtration fabricators

Wire Mesh Filter Elements: Stainless Steel Cartridges, Leaves, and Strainers

Source fabricated wire mesh filter elements - filter leafs, pleated cartridges, strainer screens, basket strainers, and mesh filter bags - in 304/316 stainless steel, brass, and specialty alloys. Compare formats, retention ratings, and fabrication routes, then request a factory quote.

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View Specifications

6 Element FormatsSix fabricated element formats - disc, leaf, cartridge, strainer basket, filter bag, and frame - from one mesh supply base

3-4760 MicronRetention from 3 micron reverse dutch to 4760 micron coarse strainers, with weld, epoxy, and hem edge sealing

Fabricated to DrawingSupplied as OEM drop-in elements with drawings, MTCs, aperture verification, and export packing to your port

Specifications and standards

Wire Mesh Filter Element Specifications

A wire mesh filter element is defined by the media weave, retention rating, element format, material alloy, edge and seam construction, and fitting interface. State all six in the RFQ so the element matches your housing and duty exactly.

Element formats

Discs, filter leafs, pleated cartridges, strainer baskets and screens, mesh filter bags, and framed screens, all fabricated from woven wire mesh

Media weaves

Plain, twill, plain dutch, reverse dutch, and twill dutch weave; knitted wire mesh for coalescing and bag elements

Retention range

3 micron fine dutch weave up to 4760 micron coarse strainer mesh, measured per ASTM E2016

Materials

304, 316, and 316L stainless steel as standard; brass, copper, monel, and hastelloy on request

Fabrication

TIG welding, spot welding, epoxy sealing, folded hems, crimped edges, pleating with support mesh, and frame assembly to drawing

Standards

Woven wire cloth per ASTM E2016 and ISO 9044; test sieves per ASTM E11; food-contact builds per FDA 21 CFR Part 177 where requested

Browse matching products

Element format	Typical construction	Retention range	Best for and RFQ note
Filter discs	Woven mesh cut to round or custom shape; welded, hemmed, epoxy, or gasket-sealed edges	10-4000 micron	Drop-in discs for strainer housings and Y-strainers. State diameter, edge style, and housing gasket groove in the RFQ.
Filter leafs	Reverse dutch or twill dutch mesh supported on a perforated plate frame with a welded header pipe	10-125 micron	Vertical pressure leaf filters for oil, chemical, and water service. Give leaf diameter, header pipe size, and gasket detail.
Pleated cartridges	Pleated woven mesh with inner and outer support mesh and end caps; sometimes combined with sintered metal	10-200 micron	High-surface-area cartridges for process and hydraulic filtration. Specify pleat count, ID/OD, length, and end-cap style.
Strainer baskets	Woven mesh or perforated metal supported in a cylindrical basket frame with lifting lugs and rim seals	100-4000 micron	In-line basket strainers for water, oil, and process piping. Give basket ID/OD, height, flange style, and flow rate.
Mesh filter bags	Woven or knitted wire mesh formed into a bag with a top ring; stainless or brass	50-3000 micron	Bag filter housings where polymer bags cannot withstand temperature or chemical exposure. State bag size, top ring type, and micron rating.
Framed screens	Woven mesh welded or crimped into round, square, or rectangular frames	20-2000 micron	Custom air, gas, and vent screens, and OEM intake screens. Give frame material, mesh alloy, and opening dimensions.

Media Weave Choice by Element Type

Each element format is usually paired with a small set of weaves. Match the weave to the required retention, element strength, and cleaning method.

Element	Common weaves	Why	RFQ note
Filter discs	Plain, twill, plain dutch	General straining and precision liquid filtration in flat media form	State micron rating AND mesh count; disc diameter and edge style
Filter leafs	Reverse dutch, twill dutch	Back-flushable surface filtration on a supported frame	Specify the weave type and both wire diameters for true dutch construction
Pleated cartridges	Plain, twill, sometimes dutch	Increased surface area for higher flow in a cartridge envelope	Give pleat count, support mesh spec, and end-cap detail
Strainer baskets	Plain weave, perforated metal + mesh liner	Coarse to medium retention in a rigid basket form	State frame material and whether the basket has a perforated support liner
Mesh filter bags	Plain weave, knitted mesh	Reusable metallic alternative to polymer filter bags in hot or aggressive service	State bag size number, top ring style, and alloy grade
Framed screens	Plain weave, welded mesh	Air, gas, and vent screens in custom frame dimensions	Give frame material, mesh type, and edge finishing method

Material Choice by Service

Alloy selection follows the fluid, temperature, cleaning regime, and cost constraint. Stainless steel is the default for fabricated wire mesh filter elements.

Material	Grade	Corrosion and temperature	Typical element use
304 stainless steel	1.4301	Good general corrosion; 400+ °C continuous service	General industrial, water, and food-service filter elements
316 / 316L stainless steel	1.4401 / 1.4404	Superior chloride and acid resistance; L-grade for welding	Chemical, pharmaceutical, marine, and hygiene-critical filter elements
Brass	CuZn alloys	Good in clean water and air; avoid acids and ammonia	Fuel and oil strainers, mesh filter bags, and air-breather elements
Copper	C11000 and alloys	Excellent thermal conductivity; patinas in air and water	Oil coalescing elements and marine strainer baskets on request
Monel / hastelloy	Ni-Cu / Ni-based	Outstanding in aggressive acids, seawater, and high temperature	Offshore, pulp, and high-temperature process filter elements

Edge and Seam Construction

Edge treatment determines how the element seals, how it handles pressure, and whether it sheds wire strands. Match the style to housing and duty.

Edge / seam style	Method	Best for	RFQ note
Raw cut	Sheared or guillotined	Low-cost screens fitted inside frames or gaskets	Confirm acceptable edge fray and deburring level
Folded hem	Edge doubled over and crimped	Discs and screens seated in channels or grooves	State hem width and fold direction
Welded edge	TIG or resistance weld along the cut	High-integrity discs, leafs, and baskets	Specify weld finish and leak-test level
Epoxy-sealed	Resin bead over cut wires	Food, pharma, and hygiene-critical filter elements	Confirm resin food-contact grade and temperature limit
Gasket-ready	Edge bonded with a sealing gasket	Drop-in cartridges and leaf elements	State gasket material and durometer
Pleated seam	Overlap and weld or crimp the pleat meet	Pleated cartridges and bag elements	Specify seam method and end-cap attachment

Wire Mesh Filter Element RFQ Checklist

Providing these fields returns a matched element recommendation and a comparable factory quote. Incomplete specs lead to re-quotes and sample rounds.

Field	What to state	Why it matters
Element format	Disc, leaf, cartridge, basket, bag, or framed screen	Sets the fabrication route and tooling needed
Media weave and retention	Weave type, micron rating, mesh count, and wire diameter	Defines the filtration performance and open area
Material	Alloy grade for mesh, frame, and end fittings	Prevents a grade assumption that could fail in service
Dimensions	Diameter, length, ID/OD, flange size, or frame dimensions	Must fit the housing; tolerance matters on drop-in elements
Edge and seam	Edge style, seam method, end-cap type, gaskets	Determines sealing, handling durability, and cleanability
Operating conditions	Fluid, temperature, pressure, flow rate, cleaning method	Drives alloy and construction choices
Quantity and schedule	Units, annual volume, and required delivery date	Sets tooling, lead time, and per-unit pricing
Certification	MTC, aperture verification, food-contact, third-party inspection	Aligns documentation and inspection before production

Browse matching products

Available formats

Wire Mesh Filter Element Types We Source

Six common fabricated element formats cover most industrial filtration duties. Compare retention, housing fit, and cleanability before you specify.

Filter discs and strainer screens

Flat round or custom-cut mesh with welded, hemmed, epoxy, or gasket-sealed edges, dropped into strainer housings, Y-strainers, and filter caps.

Filter leaf elements

Reverse dutch or twill dutch weave mesh supported on a perforated plate frame with a header pipe, used in vertical pressure leaf filters for liquid-solid separation.

Pleated mesh cartridges

Pleated woven mesh with inner and outer support mesh and end caps, increasing surface area inside a standard cartridge envelope for higher flow rates.

Strainer baskets

Cylindrical mesh baskets - sometimes lined with perforated metal for strength - with lifting lugs and rim seals, fitted into in-line basket strainer housings.

How to choose

How to Select the Right Wire Mesh Filter Element

Start from what must be removed and where the element must fit, then fix media, alloy, format, edge construction, and certification. A complete RFQ avoids re-quotes and sample iterations.

Start from the particle to remove

Coarse debris calls for plain weave strainer baskets or discs (100-4760 micron). Fine process solids need dutch weave leafs or pleated cartridges (3-100 micron). Name the micron rating you must hold.

Match the format to the housing

Discs fit caps and Y-strainers; leafs go in vertical pressure leaf vessels; cartridges go in cartridge housings; baskets go in basket strainers. Give the housing model or a drawing.

Pick the alloy for the fluid

304 for water and general duty, 316/316L for chlorides and chemicals, brass for fuels and clean oil, specialty alloys for aggressive or high-temperature service.

Choose the right weave for the job

Plain weave for general straining, twill for fine apertures on strong wire, dutch for precision liquid filtration, reverse dutch for back-flushable leaf elements.

Specify edge and seam construction

Folded hems seat in grooves; welded edges hold pressure; epoxy-sealed edges shed no wire for food and pharma duty. Match the edge to the housing gasket interface.

Consider cleanability

Back-flushable elements (reverse dutch leafs, basket strainers) last longest. Pleated cartridges with support mesh handle ultrasonic cleaning. State how you clean today.

Plan for differential pressure

Finer apertures and unsupported mesh raise pressure drop and risk collapse. State flow rate, viscosity, and allowable delta P so the element is sized, not just quoted.

Confirm open area and surface area

Flat discs have low surface area for a given footprint; pleated cartridges multiply surface area several times. Surface area decides flow capacity and cleaning intervals.

Require aperture verification

Mesh count alone does not define retention. Require an aperture verification report per lot so every element meets the stated micron rating.

Don't forget end fittings and gaskets

Leaf headers, cartridge end caps, basket lugs, and rim seals must mate with your housing. Specify gasket material, connection type, and tolerance.

Think about replacement and spare parts

Standard sizes reduce lead time and cost. Custom elements need drawings on file. State annual volume and replacement frequency for stocking recommendations.

Sample before bulk where critical

For fine retention, hygiene-critical, or high-pressure service, order a sample element first, confirm fit and performance, then lock the spec for production.

Buyer benefits

Why Buyers Choose Fabricated Wire Mesh Filter Elements

Wire mesh filter elements stay the default in process industry because they deliver precise retention in a cleanable, reusable, drop-in form that fits existing equipment.

Precise, repeatable retention

Woven wire cloth holds a tight aperture tolerance, so every filter element batch delivers the same micron rating, shift after shift.

Cleanable and reusable

Back-flush, ultrasonic, or chemical cleaning restores stainless elements for years of service - no disposable media cost and less waste.

Drop-in fit to existing housings

Fabricated to your housing dimensions, so the element replaces OE or consumable media without modification.

Withstands heat, pressure, and chemicals

Metal mesh survives high temperatures, aggressive chemicals, and steam sterilization where polymer filter media deforms or melts.

Strong in a light package

Wire carries pressure and vibration that paper and polymer media cannot, keeping the element light and compact.

Traceable, certifiable supply

Every element lot ships with material certificates, aperture verification, and labels stating weave, micron, alloy, and lot number.

Applications

Where Wire Mesh Filter Elements Are Used

Wire mesh filter elements are installed wherever cleanable, reusable metallic media must fit inside an existing housing or process line. State the housing and duty in the RFQ so the element is sized correctly.

Process filtration in chemical plants

Pleated cartridges and filter leafs in 316L stainless steel remove catalyst fines and crystals from chemical and pharmaceutical process streams.

Water and wastewater strainers

Basket strainers, Y-strainer discs, and leaf filters protect pumps, nozzles, and membranes in municipal and industrial water systems, with back-flush cleaning.

Oil, gas, and hydraulic systems

Pleated stainless cartridges and mesh filter bags clean hydraulic oil, lubricants, fuel, and process hydrocarbons where polymer media cannot withstand pressure or temperature.

Food and beverage processing

Welded-edge stainless filter discs, leaf filters, and basket strainers in 304/316L strain juices, syrups, edible oils, and process water in hygienic lines.

Air, gas, and vent filtration

Framed wire mesh screens and knitted mesh elements trap particulates in compressor intakes, vent lines, and gas ducts with low pressure drop.

OEM filter assemblies and retrofit

Custom-fabricated filter elements drop into existing housings and cartridges, replacing consumable media or upgrading worn OE mesh elements in industrial equipment.

Common buying mistakes

Wire Mesh Filter Element Buying Mistakes to Avoid

Nine errors that cause bypass, early failure, or specification disputes on fabricated filter elements. Every one is avoidable at the RFQ stage.

Ordering by mesh count alone

100 mesh can be 150 micron or 74 micron depending on wire diameter. Always state the micron rating and wire diameter, not just mesh count.

Ignoring the housing dimensions

A filter element that fits loosely bypasses around the edges. Give housing ID, gasket groove size, and sealing face detail, or send a drawing.

Choosing the wrong edge style

Raw cut edges fray and shed wire into the process. Hygiene and pressure duty need welded, epoxy-sealed, or gasket-ready edges. Specify the edge, not just the mesh.

Using 304 where 316 is needed

Chlorides, acids, and welding call for 316L. A 304 element will pit and fail mid-campaign, costing far more than the alloy upgrade.

Skimping on support mesh in pleated elements

Without proper inner and outer support, pleated mesh collapses under pressure or flattens during cleaning. Confirm the support mesh spec.

Forgetting back-flush direction on leaf elements

Reverse dutch weave leafs are designed to back-flush from the clean side. Installing flow backwards blinds the element permanently. Mark the flow direction.

Not verifying the weave class

Dutch weaves vary in wire diameters and open area even at the same micron rating. Confirm the ASTM E2016 tolerance class and open area requirement.

Overlooking end-cap and fitting compatibility

A cartridge with the wrong end cap style won't seal. Give the housing model or end-cap drawing, and confirm gasket material.

Assuming standard sizes are interchangeable

Filter leaf and basket dimensions vary by manufacturer. Send the existing element or a drawing, not just a part number from another brand.

Handle, fit, seal, and clean wire mesh filter elements correctly to protect apertures, preserve sealing surfaces, and extend service life.

Installation and handling

Installing and Servicing Wire Mesh Filter Elements

Handle with clean tools

Carry elements by the frame or end fittings, never by the mesh itself. Dents, creases, and stretched wires create bypass paths and shorten element life.

Seat and seal properly

Seat gaskets on both sides of flat elements. For cartridges and leafs, confirm end caps and header pipes are fully seated before closing the housing.

Start up with a slow ramp

Throttle inlet flow on start-up to avoid water hammer or flow surges that can collapse fine mesh or blow out gaskets.

Clean on schedule

Back-flush or clean before differential pressure doubles. Inspect for pinholes, seam damage, and gasket wear at every service interval, and replace worn elements before they bypass.

Packing and delivery

Filter Element Packing for Export

Packing keeps elements clean, protects mesh and sealing faces, and preserves traceability through transit and receiving inspection.

Individual element protection

Each filter element is individually wrapped, with mesh surfaces and sealing faces protected against scuffing, denting, and contamination.

Cartons and crating by size

Discs and small elements pack in rigid cartons; leafs, cartridges, and baskets ship in wooden crates with internal bracing to prevent movement.

Palletized for container loading

Cartons and crates pack to the container plan on pallets with corner guards and strapping for export handling.

Label by specification

Every package carries element type, micron rating, alloy, dimensions, quantity, and production lot for traceability at receiving.

Certificates on request

Material test certificates, aperture verification reports, and certificates of conformity accompany shipments when ordered; SGS, BV, or TÜV inspection is available.

Typical use scenes

Wire Mesh Filter Elements in Service

Use scenarios show how element format, weave, and alloy change by duty; they are not customer claims.

Brass strainer elements for fuel service

Brass woven mesh strainer discs and basket elements in fuel oil and diesel lines, with hemmed edges and spark-safe brass construction.

Reverse dutch leaf filter for water plant

316L stainless reverse dutch weave filter leafs in a vertical pressure leaf vessel, back-flushed automatically as differential pressure rises before membrane feed.

Perforated-lined basket strainer

Stainless woven mesh liner inside a perforated metal basket strainer for coarse process water duty, with lifting lugs and a rim seal for drop-in service.

Copper mesh coalescing element

Copper and brass wire mesh elements used as coalescers and strainers in oil and gas service where thermal conductivity and non-sparking properties matter.

Products and resources

Wire Mesh Filter Element Sourcing Resources

Compare the woven mesh media we build filter elements from, the material grades available, and related filtration solutions. Confirm the standard edition and project requirements before ordering.

Last updated: 2026-09-20

Wire Mesh FiltersUmbrella guide to wire mesh filter media, weaves, and micron ratings.Plain dutch weave meshFine liquid filtration media down to 1 micron, used in filter leaf and disc elements.Reverse dutch weave meshBack-flushable media for filter leaf elements in water, oil, and gas service.Twill dutch weave meshHigh-strength fine filtration media for pleated cartridges and pressure elements.304 stainless plain weave meshGeneral-purpose straining media for baskets, discs, and screen elements.316 stainless plain weave meshChloride-resistant media for chemical, marine, and hygiene-critical elements.304 stainless twill weave meshFine apertures on heavier wire for stronger strainer and basket elements.316 stainless twill weave meshCorrosion-resistant twill media for process and marine filter elements.Brass woven meshFuel and oil strainer mesh with spark-safe brass construction.Stainless steel wire mesh304, 316, and specialty stainless grades for filter element media and frames.Woven wire mesh categoryAll woven mesh types - plain, twill, and dutch weaves - in one place.Browse the wire mesh catalogCompare types, materials, and specifications by SKU.

Reference standards

ASTM E2016Standard specification for industrial woven wire cloth.ISO 9044Industrial woven wire cloth: technical requirements and tests.ASTM E11Specification for woven wire test sieve cloth and test sieves.American Filtration and Separations SocietyFiltration and separation technical resources.FDA 21 CFR Part 177Food-contact substance regulations for metals and alloys.

FAQ

Wire Mesh Filter Elements FAQ

Common procurement questions about element formats, retention ratings, materials, and ordering fabricated wire mesh filter elements.

A wire mesh filter element is a fabricated assembly of woven wire mesh, formed and finished into a usable component - such as a disc, leaf, cartridge, basket, or bag - that fits inside a filter housing or process line. Unlike raw wire mesh cloth, the element is ready to install, with edge sealing, frame, end fittings, and support structures matched to the application.

Still have questions about wire mesh filter elements?

Send your element format, micron rating, alloy, dimensions or housing drawing, quantity, and operating conditions. Our sourcing team replies with a specification-led review.

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Request Wire Mesh Filter Element Pricing

Send element format, weave and micron rating, alloy grade, dimensions or housing drawing, quantity, application, and destination for a specification-led sourcing review. Our team replies with matched wire mesh filter element options and a factory quote.