Phosphor Bronze Wire Mesh product aliases, models, grades, standards, specifications, types, and applications

Phosphor Bronze Wire Mesh product aliases, models, grades, standards, specifications, types, and applications

Below is complete information about Phosphor Bronze Wire Mesh, Copper Alloy Wire Mesh, and Industrial Special Metal Filtration Products:

Phosphor Bronze Wire Mesh Product Aliases: Common names include phosphor bronze mesh, tin bronze mesh, phosphor copper woven wire mesh, and non-magnetic wear-resistant phosphor copper filter mesh. In some contexts, it is also referred to as a non-magnetic, highly wear-resistant industrial special metal wire mesh woven from phosphor tin copper alloy wire.

Phosphor Bronze Wire Mesh Models and Grades

Models: In the industry, they are labeled by "material-mesh width-fabric width" combinations, such as QSn6.5-0.1-100 mesh-1m. Custom non-standard models with different widths and special shapes are available upon request.

Grades: The mainstream commonly used grade is QSn6.5-0.1 (corresponding to the international grade C5191). Its typical composition includes 0.03%-0.35% phosphorus, 5%-8% tin, and the remainder copper. It is a non-magnetic, high-elasticity, highly wear-resistant phosphor bronze alloy woven wire mesh product.

Phosphor Bronze Wire Mesh Standards: The product complies with the GB/T 5330-2025 national standard for industrial metal woven wire square-hole screens. The phosphor bronze wire material composition meets the requirements of the GB/T 4423 national standard for copper and copper alloy rods, ensuring performance specifications for industrial wire mesh applications such as screening, shielding, and elastic components.

Phosphor Bronze Wire Mesh Specifications: Mesh count ranges from 1 to 400, with plain weave up to 600 mesh, aperture size 0.05~1mm, wire diameter 0.025~8mm, standard width 0.5~1.5m, length customizable from 15 to 100m. It features superior tensile strength, bending resistance, and wear resistance, is non-magnetic, has excellent ductility, outstanding electrical and thermal conductivity, and corrosion resistance superior to standard brass mesh.

Phosphor Bronze Wire Mesh Product Types: Classified by weaving technique - Plain Weave Phosphor Bronze Wire Mesh, Twill Weave Phosphor Bronze Wire Mesh, Crimped Weave Phosphor Bronze Wire Mesh, Dutch Weave Phosphor Bronze Wire Mesh; by application - Sieving/Filtration Phosphor Bronze Wire Mesh, EMI Shielding Phosphor Bronze Wire Mesh, Elastic Component Phosphor Bronze Wire Mesh.

Phosphor Bronze Wire Mesh Core Applications: Widely used in particle/powder sieving, liquid/gas filtration, material screening in pharmaceutical/food industries, EMF/RFI shielding (e.g., Faraday cages), architectural protection/decoration, and food machinery/cookware components. It serves as an industrial wire mesh part combining wear resistance, shielding properties, and corrosion resistance.

Phosphor Bronze Wire Mesh (Phosphor Bronze Woven Wire) Product Aliases

English Aliases: Phosphor‑Bronze Wire Cloth, Tin‑Bronze Woven Screen, Cu‑Sn‑P Alloy Mesh;

Phosphor Bronze Wire Mesh Model

Industry standard model: PHB‑M‑XX (XX represents mesh count, e.g., PHB‑M‑60, PHB‑M‑120);

Process suffix: ‑PW plain weave, ‑TW twill weave, ‑DW Dutch weave;

Export model: QSn6.5‑0.1‑Mesh, C51900‑Cloth;

National standard marking: GFW aperture/wire diameter GB/T5330‑2003;

Custom corporate models may include wire diameter and width parameters.

Phosphor Bronze Wire Mesh (Phosphor Bronze Wire Mesh) grade

Copper-Tin-Phosphorus alloy, non-magnetic, high elasticity, fatigue-resistant, wear-resistant, corrosion-resistant in atmospheric and freshwater environments, with elasticity far superior to brass and copper;

1. QSn6.5-0.1, UNS C51900, European standard CuSn6 CW452K, Japanese standard C5191; a mainstream industrial grade with Sn6.0-7.0%, P0.1-0.25%, Cu balance, offering balanced elasticity and corrosion resistance;

Typical Composition (wt%): Cu balance, Sn 6.0-7.0, P 0.10-0.25, Fe ≤0.1, Pb ≤0.02, Zn ≤0.2.

2. QSn4-0.3, UNS C51100; low tin content, excellent plasticity, suitable for fine wires and high mesh count screens;

3. QSn8-0.3, UNS C52100; high tin content, higher strength and wear resistance, ideal for heavy-duty screening applications;

Note: Not resistant to strong acids or ammonia media; avoid stress corrosion.

Phosphor Bronze Wire Mesh (Phosphor Bronze Wire Woven Mesh) Implementation Standards

- Domestic: GB/T 5330-2003 "Industrial Metal Wire Woven Square Hole Sieve Mesh", GB/T 5330-2025 "Industrial Metal Wire Woven Square Hole Sieve Mesh", GB/T 5330-1985 "Industrial Metal Wire Woven Square Hole Sieve Mesh", HB 1862-1993 "Metal Wire Woven Square Hole Mesh"; Alloy base material GB/T5231-2022 "Wrought Copper and Copper Alloys", GB/T3952 Copper Alloy Wire.

- International standards: ASTM B139 phosphor bronze wire; UNS designation system; EN-12166; JIS H3300;

Phosphor Bronze Wire Mesh Types

By Weaving Process

1. Plain Weave PW: Uniform mesh openings, widely used for general screening and filtration with high consumption;

2. Twilled Weave TW: Higher strength, suitable for high mesh counts, vibrating screening, and high-pressure differential filtration;

3. Dutch Weave DW (Twill Dutch): Plain Dutch and Twill Dutch, extremely small apertures for micron-level precision filtration;

By Product Form: Rolled mesh, sheet mesh, stamped filter discs, welded frame filters, elastic sieve plates, mesh bags;

By functional use: wear-resistant vibrating screen, non-magnetic precision filter mesh, elastic contact conductive mesh, mild seawater condition filter mesh, instrument dust-proof shielding mesh.

Phosphor Bronze Wire Mesh Specifications

- Mesh Count: 2-400 mesh; commonly used 5-250 mesh, high precision up to 400 mesh;

- Wire Diameter: 0.04mm-2.0mm; fine wires for precision filtration, thick wires for vibrating sieve support;

- Width: 0.1-1.5m; length 10-50m/roll, supports custom cutting and special-shaped processing;

- Aperture: 0.02‑12mm; Open area ratio 24‑60%;

- Edge: Raw edge, hemmed edge, bound edge, welded frame processing;

Phosphor Bronze Wire Mesh Applications

1. Industrial screening and filtration: Vibratory screening of powders, pigments, ceramic clay, glass powder; Precision filtration of oils, medicinal liquids, gases; Fatigue-resistant, less prone to deformation under repeated vibration compared to brass mesh;

2. Electronics and electrical industry: Non-magnetic conductive elastic mesh for working conditions, low-frequency EMI electromagnetic shielding, instrument ventilation and dust-proof mesh; Stamping-compatible elastic contact filter components;

3. Marine Light Industry: Filtration in freshwater and mild seawater environments; resistant to atmospheric corrosion, suitable for damp working conditions, not intended for prolonged immersion in strong seawater.

4. Specialized Research Industries: Laboratory non-magnetic sieving, electron beam isolation grids, precision instrument protective screens; non-magnetic, does not interfere with magnetic field testing environments;

5. Ceramic Printing Industry: Ceramic printing screen substrates, slurry filtration and sieving;

6. Architectural Decoration: Bronze-toned decorative partitions, metal decorative mesh panels;

Usage Note: Not suitable for strong acids, alkalis, or ammonia solutions; elasticity decreases at high temperatures.