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80-20 Low Brass Wire Mesh CDA 240

Price 40 INR/ Unit

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MOQ : 1 Unit

80-20 Low Brass Wire Mesh CDA 240 Specification

Hole Shape
Square

Surface Treatment
Coated

Aperture
0.4 mm to 4 mm

Wire Gauge
10 to 50 SWG

Length
15 Meter

Product Type
Wire Mesh

Mesh Type
Woven Mesh

Mesh Style
Plain Mesh

Material
Brass

Alloy
CDA 240 (Copper 80%, Zinc 20%)

Application
Other

Dimensions
Width: 1 Meter, Length: 15 Meter

Wire Diameter
0.5 mm to 2 mm

Weight
2 kg to 18 kg per roll

Color
Golden

Packing Type
Rolls or Sheets

Finish
Polished

Conductivity
Good Electrical and Thermal Conductivity

Tensile Strength
350 MPa

Edge Type
Straight Cut

Corrosion Resistance
High

Melting Point
900°C

80-20 Low Brass Wire Mesh CDA 240 Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

About 80-20 Low Brass Wire Mesh CDA 240

We offer an exclusive range of80-20 Low Brass Wire Mesh CDA 240 Wire Meshat unmatched quality and market leading prices.80-20 Low Brass Wire Mesh CDA 240 Wire Meshis available in numerous grades wire meshes like 80-20 Low 80-20 Low Brass Wire Mesh CDA 240 Wire Mesh CDA 240, 70-30 Cartridge 80-20 Low Brass Wire Mesh CDA 240 Wire Mesh CDA 260, 65-35 Yellow 80-20 Low Brass Wire Mesh CDA 240 Wire Mesh CDA 270.

These high-quality products are manufactured at our premises using quality tested raw materials and components according to industry quality standards.We have become a major supplier of these products into an extensive range of markets and applications across India and the globe. Our clients select our range of products for their economical prices, dimensional preciseness, and high-durability.

Outstanding Corrosion Resistance

Thanks to its CDA 240 composition, the 80-20 Low Brass Wire Mesh offers strong resistance to corrosion, making it particularly suitable for harsh environments and facilitating long service life in a range of applications.

Versatile Electrical and Thermal Conductivity

This wire mesh ensures good electrical and thermal conductivity, ideal for use in electrical equipment, screening, and heat transfer applications. Its superior conductive properties support performance in both industrial and commercial settings.

Custom Industrial and Architectural Applications

Available in various wire gauges, lengths, and mesh apertures, this wire mesh accommodates a wide range of requirements from filtration and shielding to decorative purposes, giving users a tailored solution for their specific needs.

FAQs of 80-20 Low Brass Wire Mesh CDA 240:

Q: How is the 80-20 Low Brass Wire Mesh CDA 240 manufactured?

A: The wire mesh is produced by weaving or forming CDA 240 alloy wires (80% copper, 20% zinc) into square or other shaped apertures. The mesh undergoes a polished finish, coating treatment, and straight-cut edging before being packed in rolls or sheets.

Q: What are the main benefits of using 80-20 low brass wire mesh?

A: The mesh boasts remarkable corrosion resistance, a high melting point, and good electrical and thermal conductivity. Its strength, malleability, and aesthetic golden appearance make it ideal for industrial, filtration, electromagnetic shielding, and architectural uses.

Q: When should I choose CDA 240 brass mesh over other materials?

A: Select CDA 240 brass mesh when you need durability, enhanced resistance to corrosion in marine or chemical environments, and reliable conductivity for electrical or thermal applications. Its versatility also makes it suitable for both functional and decorative roles.

Q: Where can this brass wire mesh be used?

A: Common applications include filtration systems, architectural facades, electrical screening, radiator grills, and industrial sieving. Its corrosion-resistant and conductive properties make it ideal for outdoor, industrial, and electrical environments.

Q: What is the process for ordering and packaging this mesh?

A: The mesh can be ordered in rolls or sheets with customized wire gauge and aperture specifications. Packaging is either in rolls or sheets, depending on your requirements, ensuring safe and convenient transport.

Q: How is the mesh typically installed or used?

A: Install the mesh by cutting it to the required size and securing it within frames, panels, or fixtures. It is suitable for integration into machinery or buildings, or as stand-alone partitions and screens, depending on the purpose.

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