Alloys Wire Mesh product aliases, models, grades, standards, specifications, types, and applications
Alloys Wire Mesh product aliases, models, grades, standards, specifications, types, and applications
Alloys Wire Mesh is a comprehensive term referring to the aliases, models, grades, and other multi-dimensional product information of various alloy wire meshes. Below is the complete information:
Alloys Wire Mesh Product Aliases: Common aliases include alloy wire mesh, special alloy woven mesh, industrial alloy filter screen, and high-temperature corrosion-resistant alloy metal wire mesh. It is a general term for all industrial special metal wire meshes woven from alloy wires.
Alloys Wire Mesh Models and Grades
Models: In the industry, they are labeled with combinations such as "specific alloy type-mesh count-width," for example, Hastelloy C276-100 mesh-1.5m. Custom non-standard models with different widths and special-shaped processing are available upon request.
Grade: Covers the complete range of mainstream alloy grades you have previously queried, including nickel-chromium alloys, Hastelloy alloys, Inconel, Monel, pure nickel, duplex steel, super duplex steel, iron-chromium-aluminum, copper alloys, titanium alloys, and all other categories of alloy material grades.
Alloys Wire Mesh Standards: Different subdivided materials correspond to their exclusive execution standards, comprehensively covering the GB/T 5330-2025 national standard for industrial metal wire woven square hole sieves, as well as ASTM, ISO, and domestic industry-specific standards for various alloy wire materials, adapting to performance specifications ranging from general filtration to extreme high-temperature and strong corrosion conditions.
Alloys Wire Mesh Specifications: Mesh count ranges from 0.2 to 800, wire diameter spans 0.02mm to 8mm, with widths up to 6m, suitable for all working conditions from room-temperature filtration to 1400°C high temperatures and extreme strong corrosion. Different materials can specifically achieve differentiated properties such as high-temperature resistance, acid and alkali resistance, chloride ion corrosion resistance, high conductivity, and thermal conductivity.
Alloys Wire Mesh Product Types: Divided by material category into nickel-based alloy wire mesh, iron-based high-temperature alloy wire mesh, copper alloy wire mesh, titanium alloy wire mesh, and special rare metal alloy wire mesh; categorized by weaving technique into plain weave Alloys Wire Mesh, twill weave Alloys Wire Mesh, dense weave Alloys Wire Mesh, and Dutch weave Alloys Wire Mesh.
Alloys Wire Mesh core applications: Widely utilized across nearly all industrial sectors including chemical, petroleum, marine engineering, aerospace, new energy, environmental protection, and metallurgy. It performs critical functions such as material screening, fluid filtration, high-temperature conveyance, and electrode current collection—tasks where ordinary carbon steel or stainless steel fail under extreme conditions of high temperature, strong corrosion, and severe abrasion. It serves as a specialized wire mesh component essential for high-end industrial scenarios.
Alloys Wire Mesh (Alloy Woven Wire Mesh) Product Description: Alloys Wire Mesh is a collective term for a category of products rather than a single material grade. It generally refers to woven wire meshes made from various alloy wires such as nickel-based, iron-based, titanium-based, copper-based, duplex steel, etc. These meshes are commonly used in harsh working conditions including high temperatures, strong corrosion, and electrochemical environments.
Alloys Wire Mesh (Metal Wire Woven Mesh) Product Aliases
Special Alloy Woven Wire Cloth、High‑Performance Alloy Screen、Exotic Alloy Wire Mesh；
Chinese Aliases: Special Alloy Wire Mesh, High-Performance Alloy Woven Mesh, Corrosion-Resistant High-Temperature Alloy Sieve, Application-Specific Alloy Filter Mesh;
Alloys Wire Mesh refers to the collective term for high-performance alloy woven wire meshes made from nickel-based, iron-chromium-aluminum, duplex steel, titanium, copper-based, cobalt-based alloys, etc. It includes series such as Inconel, Monel, Hastelloy, FeCrAl, 2205/2507 duplex steel, TA2 titanium, L605 cobalt-based alloy, among others. Manufactured in compliance with GB/T5330‑2003, referencing ASTM E2016 and ISO9044‑2016 standards. Available in plain weave, twill weave, and Dutch twill weave patterns, and can be processed into roll mesh, sheet mesh, filter discs, filter cartridges, and electrode mesh plates. Standard mesh sizes range from 1‑400 mesh, with wire diameters of 0.03‑3.0mm. Designed to address extreme conditions such as high temperatures, strong acids and alkalis, chloride ion corrosion, and electrochemical environments, overcoming the limitations of ordinary stainless steel. Widely used in demanding applications including petrochemical reactors, industrial high-temperature furnaces, marine engineering for desalination, hydrogen production via electrolysis, aerospace, flue gas desulfurization, pharmaceutical and semiconductor industries, among others. Orders must specify the exact alloy grade.
Alloys Wire Mesh (Metal Wire Woven Mesh) Models
Industry-standard models: ALY‑M‑XX (XX represents mesh count, e.g., ALY‑M‑60, ALY‑M‑120);
Process suffix: ‑PW plain weave, ‑TW twill weave, ‑DW Dutch twill weave;
Export Model: Actual labeled specific alloy grade + Mesh/Cloth;
National Standard Marking: GFW aperture / wire diameter GB/T 5330‑2003;
Custom Enterprise Model: Alloy grade - wire diameter - mesh count - width.
Alloys Wire Mesh grades
Orders must specify the exact alloy grade, as Alloys Wire Mesh itself does not designate the material.
1. Nickel-based corrosion-resistant high-temperature alloys: Inconel 600, 601, 625; Monel 400, K-500; Hastelloy C-276, C-22, B-3, X; Cr20Ni80 nickel-chromium alloy.
2. Iron-Based Heat-Resistant Alloys
FeCrAl: 0Cr25Al5, 0Cr21Al6Nb, Kanthal A-1/APMT; 310S Heat-Resistant Stainless Steel.
3. Duplex / Super Duplex Stainless Steel: 2205(S32205), 2507(S32750), Zeron100(S32760).
4. Titanium and Titanium Alloys: TA1, TA2 Industrial Pure Titanium, TA9, TA10 Corrosion-Resistant Titanium Alloys, TC4 Titanium Alloy.
5. Copper-based alloys: H62/H65 brass, QSn6.5-0.1 phosphor bronze.
6. Cobalt-Based High-Temperature Alloys: L605(Haynes25, GH5605).
Alloys Wire Mesh (Alloy Wire Braided Mesh) Implementation Standard
- Domestic: GB/T 5330-2003 "Industrial Metal Wire Woven Square Hole Screens", GB/T 5330-2025 "Industrial Metal Wire Woven Square Hole Screens", GB/T 5330-1985 "Industrial Metal Wire Woven Square Hole Screens", HB 1862-1993 "Metal Wire Woven Square Hole Screens"; the base materials comply with corresponding national alloy standards: corrosion-resistant alloy GB/T15007, electric heating alloy GB/T1234-2012, titanium wire GB/T3623-2022, copper alloy GB/T5231-2022.
- International: ASTM E2016 General Standard for Woven Wire Mesh; Various Alloy Wire Materials ASTM Series; UNS Numbering System; ISO 9044-2016 Industrial Woven Wire Mesh.
Types of Alloys Wire Mesh
By Weaving Process
1. Plain Weave PW: Uniform mesh openings, versatile for filtration, sieving, and support applications, widely used in large quantities.
2. Twill Weave TW: High tensile strength, suitable for medium to high mesh counts and high-pressure differential filtration.
3. Dutch Weave DW (Dense Weave): Plain Dutch and Twill Dutch weaves, featuring ultra-fine slit apertures for micron-level precision filtration.
By Product Form: Rolled mesh, sheet mesh, stamped filter discs, filter cartridges, welded frame filters, mesh baskets, electrode mesh plates, sintering support plates; customizable with precious metal coatings (MMO titanium anodes, gold/platinum plating).
By Functional Application: High-temperature resistant alloy mesh, corrosion-resistant chemical filtration mesh, marine seawater filtration mesh, electrolytic/electrochemical current collector mesh, aerospace-grade filtration and sieving mesh.
Alloys Wire Mesh (Alloy Wire Braided Mesh) Specifications
- Mesh count: 1-400 mesh; commonly used 5-200 mesh, Dutch weave enables high-density fine screens; high hardness alloy filaments for high mesh counts require customization.
- Wire diameter: 0.03mm-3.0mm; fine wires for precision filtration, thick wires for pressure-bearing support.
- Width: 0.1-1.5m; length 5-50m/roll, supports cutting and custom-shaped processing.
- Aperture size: 0.02-12mm; open area ratio 24-62%.
- Edge options: raw edge, locked edge, hemmed edge, welded frame processing.
Applications of Alloy Wire Mesh (woven from alloy wires)
1. Petrochemicals: Reactor catalyst carriers, oxidation-reduction mixed media filtration, wet chlorine gas, chloride corrosion-resistant internals; Special alloy wire mesh is selected when standard stainless steel cannot meet the requirements.
2. High-temperature industrial furnaces: Brazing furnaces, powder metallurgy sintering furnace support mesh, high-temperature flue gas filtration; Inconel, FeCrAl, L605 cobalt-based alloy wire mesh are used.
3. Marine engineering, desalination: Seawater pre-filtration, offshore platforms, ballast water systems; Monel, 2507 super duplex, titanium wire mesh.
4. New Energy Electrochemistry: Electrode support current collector meshes for water electrolysis hydrogen production, chlor-alkali, and sodium hypochlorite generators; nickel mesh, titanium mesh, Hastelloy mesh.
5. Aerospace: High-temperature gas filtration, airborne fluid filtration, thermal protection screens; Inconel, L605 cobalt-based alloy.
6. Environmental Waste Treatment: Flue gas desulfurization (FGD), high-salinity wastewater, pickling process filtration; duplex steel, Hastelloy alloy.
7. Pharmaceuticals, Semiconductors: High-purity material filtration with low metal ion leaching; Titanium, Hastelloy alloys.