Brass Wire Mesh

Name: Antique Woven Decorative Brass Wire Mesh Manufacturer Supplier In China
Availability: InStock
Rating: 4.5 (89 reviews)

Brass has a soft yellow color similar to gold and is relatively resistant to losing its luster. The combination of its workability and distinctive golden appearance makes brass mesh suitable for a wide range of applications in both industrial and decorative fields. Although the conductivity of brass woven mesh is not as good as that of pure copper, it remains a reliable choice for electronic components and applications that do not require high conductivity.

Brass mesh is valued for its corrosion and abrasion resistance, stable mechanical properties, and good electrical and thermal conductivity. Non-magnetic and easy to shape, it develops a natural patina over time that enhances durability and adds vintage appeal. In addition to industrial uses, brass mesh is also applied in insect screens, non-magnetic shielding for electronic products, and architectural decorative panels, art designs, and restoration projects.

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Specifications

Brass wire mesh is made from brass alloy, which is a combination of copper (Cu) and zinc (Zn), sometimes with trace elements added for improved performance. The exact chemical composition depends on the brass grade used, but in general: Copper (Cu): ~60–70%, Zinc (Zn): ~30–40%

Trace elements: may include small amounts of lead (Pb), tin (Sn), or iron (Fe) depending on the type of brass and its intended application.

Wire Diameter: 0.05mm-2.00mm

Width: 0.2m-2m

Mesh Count: 2-200 mesh

Length: 30m and other custom sizes

Weaving Pattern: Plain weave or twill weave

Mesh	Wire Diameter		Opening Size		Open area
Mesh	Inch	Millimeter	Inch	Millimeter
2	0.0470 Inch	1.194 mm	0.453 Inch	11.506 mm	82.10%
3	0.0800 Inch	2.032 mm	0.253 Inch	6.435 mm	57.80%
4	0.0630 Inch	1.600 mm	0.187 Inch	4.749 mm	56.00%
10	0.0200 Inch	0.508 mm	0.080 Inch	2.032 mm	64.00%
12	0.0280 Inch	0.711 mm	0.055 Inch	1.397 mm	44.00%
16	0.0090 Inch	0.228 mm	0.054 Inch	1.359 mm	73.30%
20	0.0090 Inch	0.228 mm	0.041 Inch	1.041 mm	67.20%
26	0.0075 Inch	0.191 mm	0.031 Inch	0.787 mm	64.80%
28	0.0100 Inch	0.254 mm	0.026 Inch	0.653 mm	51.80%
30	0.0065 Inch	0.165 mm	0.027 Inch	0.681 mm	64.80%
34	0.0065 Inch	0.165 mm	0.023 Inch	0.582 mm	60.70%
36	0.0065 Inch	0.165 mm	0.021 Inch	0.540 mm	58.70%
44	0.0055 Inch	0.140 mm	0.017 Inch	0.437 mm	57.50%
46	0.0055 Inch	0.140 mm	0.016 Inch	0.411 mm	55.80%
50	0.0040 Inch	0.102 mm	0.016 Inch	0.406 mm	64.00%
52	0.0055 Inch	0.140 mm	0.014 Inch	0.348 mm	51.00%
64	0.0045 Inch	0.114 mm	0.011 Inch	0.281 mm	50.70%
66	0.0040 Inch	0.102 mm	0.011 Inch	0.284 mm	54.20%
72	0.0040 Inch	0.102 mm	0.010 Inch	0.251 mm	50.70%
70	0.0040 Inch	0.102 mm	0.010 Inch	0.262 mm	51.80%
88	0.0035 Inch	0.089 mm	0.008 Inch	0.201 mm	47.90%
90	0.0040 Inch	0.102 mm	0.007 Inch	0.180 mm	41.00%
100	0.0040 Inch	0.102 mm	0.006 Inch	0.152 mm	36.00%
110	0.0040 Inch	0.102 mm	0.005 Inch	0.129 mm	31.40%
120	0.0026 Inch	0.066 mm	0.006 Inch	0.145 mm	47.30%
120	0.0037 Inch	0.094 mm	0.005 Inch	0.117 mm	30.90%
130	0.0017 Inch	0.043 mm	0.006 Inch	0.152 mm	60.70%
145	0.0022 Inch	0.056 mm	0.005 Inch	0.119 mm	46.40%
135	0.0023 Inch	0.058 mm	0.005 Inch	0.129 mm	47.40%
150	0.0026 Inch	0.066 mm	0.004 Inch	0.104 mm	37.20%
150	0.0030 Inch	0.076 mm	0.004 Inch	0.094 mm	30.40%
160	0.0025 Inch	0.063 mm	0.004 Inch	0.095 mm	36.40%
165	0.0019 Inch	0.048 mm	0.004 Inch	0.107 mm	47.10%
180	0.0012 Inch	0.030 mm	0.004 Inch	0.112 mm	61.50%
170	0.0026 Inch	0.066 mm	0.003 Inch	0.084 mm	31.20%
200	0.0016 Inch	0.041 mm	0.003 Inch	0.086 mm	46.20%

The Way Of Weaving

Plain Weave

Plain weave is the most common weaving method for brass wire mesh. In this structure, each warp wire alternately crosses over and under each weft wire, creating a simple and tight pattern. This produces a mesh with consistent aperture sizes, excellent stability, and high durability, making it ideal for general filtration, sieving, and protective screening.

Twill Weave

Twill weave is achieved by passing each warp wire alternately over two and under two weft wires. This method allows the use of thicker wires in relation to the mesh opening, resulting in a denser and stronger fabric. Twill weave brass mesh provides greater strength and finer filtration capabilities compared to plain weave, making it suitable for high-precision filtration, separation, and specialized industrial applications.

Features

Corrosion Resistance: Brass is often used in outdoor, marine, or humid environments due to its excellent resistance to corrosion.

Attractive Appearance: It has a distinctive golden luster that gradually darkens or develops a warm antique patina over time.

Good Electrical and Thermal Conductivity: While not as high as pure copper, brass still offers good conductivity for both electricity and heat.

Wear Resistance: Frequently used for gears, bushings, valves, and other components that require sliding contact.

Smooth Surface: Naturally smooth and refined, making it suitable for both functional and decorative applications.

Excellent Ductility: With moderate strength and good toughness, brass can be easily formed into various shapes through machining, drawing, or stamping.

Why Use Brass As A Metal Mesh?

Brass is highly resistant to corrosion, making it ideal for use in humid, rainy, or coastal environments where it will not easily rust or deteriorate. Its natural golden hue adds a premium, elegant touch to architectural and furniture designs. With moderate strength and excellent toughness, brass can be easily processed into various shapes without breaking. It also offers better wear resistance than pure copper, ensuring long-term durability without deformation. In applications that require both filtration or shielding and reliable electrical or thermal conductivity, brass mesh delivers outstanding performance.

Applications

Filtration: Widely used in systems for filtering water, oil, and air, thanks to its fine mesh structure and durability.

Electromagnetic shielding: With excellent electrical conductivity, it serves as an effective barrier in electronic devices to reduce electromagnetic interference (EMI).
Industrial applications: Utilized as screening and separation mesh in various manufacturing processes.
Paper production: Applied in the manufacturing of newsprint and typing paper

Insect screens: Used in windows and doors to keep out insects while maintaining good airflow and visibility.

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