Copper Compressed Knitted Wire Mesh

Price 50 INR/ Unit

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MOQ : 1 Unit

Copper Compressed Knitted Wire Mesh Specification

Hole Shape
Irregular (Knitted Structure)

Wire Gauge
Available from 0.10 mm to 0.28 mm

Length
Custom as per requirement, typically 10 m to 30 m roll

Aperture
Varies according to wire diameter and knitting pattern

Surface Treatment
Coated

Product Type
Wire Mesh

Mesh Type
Compressed Mesh

Mesh Style
Knitted Wire Mesh

Material
Copper

Alloy
Pure Copper (99.9%)

Application
EMI/RFI shielding, air filtration, demister pads, gasket, exhaust systems, vibration damping

Dimensions
Custom sizes available, standard width 100 mm-600 mm

Wire Diameter
0.10 mm to 0.28 mm

Weight
Varies as per dimensions, typically 2 kg-10 kg per roll

Color
Golden

Copper Compressed Knitted Wire Mesh Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

About Copper Compressed Knitted Wire Mesh

Copper is ductile malleable and has high thermal and electrical conductivity Copper is resistant to atmospheric corrosion but is attacked by oxidizing agents such as nitric acid ferric chloride cya nides and ammonia acid compounds Copper when exposed to the atmosphere will naturally develop a thin green layer known as patina Coppers unique colour makes it a very popular option for many different types of users including designers artists architects and homeowners

It has a high resistance to corrosion and temperature resistanceCopper Compressed Knitted Wire Meshis available in all types of shapes like round rectangular disc ring trapezoid column cylinder oval and strip shapeWe offer an exclusive range ofCopper Compressed Knitted Wire Meshat unmatched quality and market leading prices

Superior Material and Construction

Produced with premium 99.9% pure copper, the knitted wire mesh offers outstanding corrosion resistance and high conductivity, making it suitable for a wide range of demanding environments. The unique knitted and compressed structure provides both flexibility and strength, accommodating varied filtration, shielding, and attenuation needs across industries.

Broad Industrial Applications

Copper Compressed Knitted Wire Mesh finds value in multiple sectors: from EMI/RFI shielding in electronics to air and chemical filtration, automotive exhaust systems, and vibration damping solutions. Its versatility stems from both its mechanical properties and the possibility of custom dimensions, ensuring compatibility for diverse industrial requirements.

FAQs of Copper Compressed Knitted Wire Mesh:

Q: How is the Copper Compressed Knitted Wire Mesh supplied and packed?

A: The mesh is provided in compressed roll form, wrapped in polythene for protection, and packed securely in cartons to ensure safe transportation and easy handling.

Q: What applications is this copper mesh best suited for?

A: This mesh excels in EMI/RFI shielding, air and chemical filtration, demister pads, vibration damping, exhaust systems, and gasket fabrication across industrial, automotive, and electronics sectors.

Q: When should I choose a copper knitted mesh over other types of wire mesh?

A: Select copper knitted mesh when you require high conductivity, excellent corrosion resistance, considerable flexibility, and reliable performance at temperatures up to 400C, particularly for applications needing custom shapes and dimensions.

Q: Where can customization be applied for this copper mesh product?

A: Customization is available for length, width, wire gauge, surface treatment, and packing to meet specific application requirements. Typical roll lengths range from 10 m to 30 m, with widths from 100 mm to 600 mm.

Q: What process is used to form the mesh structure and why is it beneficial?

A: The mesh is formed by intricately knitting high-purity copper wire into an irregular, compressed structure, which enhances flexibility and compressibilityideal for applications requiring shape adaptability and resilience.

Q: How does the copper mesh benefit EMI/RFI shielding and filtration tasks?

A: Its high electrical conductivity and fine knitted structure efficiently block electromagnetic interference while allowing for graded air or fluid filtration, making it a preferred solution in electronics, telecom, and industrial processing.

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