Rectangular Shape Compressed Knitted Mesh

Price 50 INR/ Unit

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MOQ : 1 Unit

Rectangular Shape Compressed Knitted Mesh Specification

Aperture
Varies as per design specification

Length
Customizable as per requirements

Wire Gauge
Customizable, typically 0.1 mm 0.5 mm

Hole Shape
Rectangular

Surface Treatment
Coated

Product Type
Wire Mesh

Mesh Type
Compressed Knitted Mesh

Mesh Style
Knitted Wire Mesh

Material
Metal Alloys

Alloy
Available in Stainless Steel, Copper, Galvanized, and other alloys

Application
Other

Dimensions
As per order specifications

Wire Diameter
Typically 0.1 mm 0.5 mm

Weight
Dependent on size and density

Color
Gray

Rectangular Shape Compressed Knitted Mesh Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

About Rectangular Shape Compressed Knitted Mesh

Rectangular Shape Compressed Knitted Wire Meshcan be used in high temperature applications and has excellent filtering capabilities. Therefore, it can be used as air and liquid filtration materials. It has a high resistance to corrosion and temperature resistance.Rectangular Shape Compressed Knitted Wire Meshis available in all types of alloys like Brass, Bronze, Copper, Hastelloy, Inconel, Iron, Monel, Nickel, Steel, and Stainless Steel.We offer an exclusive range ofRectangular Shape Compressed Knitted Wire Meshat unmatched quality and market leading prices.

Engineered Versatility for Diverse Industries

Rectangular Shape Compressed Knitted Mesh stands out due to its adaptability. Whether required for filtration tasks, separation processes, or shielding purposes, it can be customized in size, density, material, and even packaging, ensuring it meets the exact needs of a wide array of industries, from chemical processing to electronics and exhaust systems.

Advanced Manufacturing and Optimal Performance

Produced using advanced knitting followed by compression, this mesh delivers high strength and enhanced performance. With its customizable thickness and density, it ensures durability and resistance to extreme temperatures and corrosive environments, matching the requirements for complex operational settings.

FAQs of Rectangular Shape Compressed Knitted Mesh:

Q: How is Rectangular Shape Compressed Knitted Mesh manufactured?

A: This mesh is made by knitting selected metal alloys into mesh sheets, which are then compressed and shaped into a rectangular form or as per customer requirements. Surface treatments and coatings are applied if specified to achieve desired corrosion resistance and finish.

Q: What customization options are available for this compressed knitted mesh?

A: Customizations include width, thickness (typically 5 mm50 mm), wire gauge (usually 0.1 mm 0.5 mm), density, compression ratio, material alloy, length, and surface coating. Aperture and filter grade can also be specifically tailored as per design and application needs.

Q: When is it best to use rectangular compressed knitted mesh over other mesh types?

A: This mesh is ideal when high strength, custom dimensions, superior corrosion and temperature resistance, or specific filtration grades are required. Its compressed structure ensures durability in demanding environments, making it suitable for filtration, demisting, EMI/RFI shielding, and exhaust applications.

Q: Where can the product be sourced and shipped?

A: We are an established manufacturer, exporter, supplier, and trader based in India, offering standard export packaging or customized solutions. The mesh can be shipped globally according to client specifications and industry standards.

Q: What is the primary process for achieving high corrosion resistance?

A: High corrosion resistance is attained by selecting an appropriate base alloy (e.g., stainless steel, copper, galvanized steel) and, if needed, applying a protective surface coating. This ensures longevity, even in aggressive environments.

Q: How does the rectangular shape benefit filtration or separation processes?

A: A rectangular shape fits efficiently into filtration units and demisters, maximizing surface area and improving flow dynamics. It enables precise fitting, leading to optimal separation efficiency and ease of installation in various industrial assemblies.

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