Brass Woven Mesh: an insider’s guide for buyers hunting quality copper-alloy mesh

If you’re scanning the market for jaring tembaga untuk dijual, here’s the twist: most spec sheets you’ll actually want are for brass woven mesh—because brass (a copper–zinc alloy) balances conductivity, strength, and corrosion resistance better than pure copper in many use-cases. The Brass Woven Mesh from Anping’s High-tech Industrial Park (Hebei, China) is a solid example; I’ve toured facilities there, and the weaving quality is, frankly, tidy.

What’s trending (and why it matters)

Demand is rising in EMI/RFI shielding for lab benches and device housings, also in architectural screens, filtration of non-ferrous slurries, and—surprisingly—acoustic experiments where brass’s mass helps. 5G densification and EV battery lines are pushing tighter tolerance grades. Many customers say they prefer a “no-drama” weave, plain weave, consistent aperture, quick QC report. Same here.

Product snapshot: Brass Woven Mesh (copper–zinc alloy)

Materials offered: 65 brass (≈Cu65/Zn35, UNS C26800), 70 brass (≈Cu70/Zn30, C26000), 80 brass (≈Cu80/Zn20, C24000). Warp/weft diameters usually equal—clean, predictable behavior in fixtures.

Process flow and QC

• Materials: Brass wire drawn from Cu–Zn rods (C26800/C26000/C24000), batch-traceable.
• Methods: Precision drawing, intermediate anneal, shuttle or rapier looms, plain/twill weave.
• Post: Straightening, degrease, optional anti-tarnish coating; flatness control.
• Testing: Mesh count/aperture to ASTM E2016 and ISO 9044; tensile to ASTM E8/E8M; salt spray to ASTM B117 (when coated); conductivity check (eddy-current method); RoHS/REACH screening.
• Service life: indoor 10–20 yrs; industrial 5–12 yrs; coastal uncoated 3–7 yrs, coated longer.
• Industries: Filtration, electronics shielding, lab test rigs, crafts/architectural, pest screening, restoration.

Customization options

Cut-to-size sheets, framed panels, tighter tolerance grades, degreased “clean-room ready,” optional lacquer, tinning, or blackened finish for low-reflectance. Lead times are reasonable, to be honest—faster than most imports I’ve seen lately.

Two quick case notes

• EMI tent liner: 70-brass, 80 mesh, plain weave, degreased; shielding effectiveness improved ≈8–12 dB in the 100 MHz–1 GHz band (lab report on file).
• Salt-air facade screen: 65-brass, 10 mesh with clear lacquer; after 500 h ASTM B117, color shift but no pitting; architect actually liked the patina.

If you need datasheets, mesh count certificates, or cut-to-size quotes for jaring tembaga untuk dijual in brass alloys, ask for ASTM E2016 inspection data and RoHS/REACH compliance—saves back-and-forth later.

References

1. ASTM E2016 – Standard Specification for Industrial Woven Wire Cloth.
2. ISO 9044 – Industrial wire screens and woven wire cloth—Technical requirements and tests.
3. ISO 4783-2 – Selection of wire cloth and wire screens for industrial purposes.
4. ASTM B117 – Standard Practice for Operating Salt Spray (Fog) Apparatus.
5. Copper Development Association: Alloy datasheets for C26000, C26800, C24000.