Hastelloy C 276 Wire Mesh

Price 250 INR/ Unit

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MOQ : 1 Unit

Hastelloy C 276 Wire Mesh Specification

Surface Treatment
Coated

Wire Gauge
10 to 60 SWG

Length
Up to 30 meters / Custom as required

Aperture
0.1 mm to 10 mm

Hole Shape
Square

Product Type
Wire Mesh

Mesh Type
Woven or Welded Mesh

Mesh Style
Plain Mesh

Material
Hastelloy

Alloy
C276

Application
Other

Dimensions
Custom Sizes Available

Wire Diameter
0.025 mm to 2.0 mm

Weight
Varies as per dimensions and wire diameter

Color
Gray

Hastelloy C 276 Wire Mesh Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

About Hastelloy C 276 Wire Mesh

Indo German Wire Screen Co. is one of the leading manufacturer, supplier, and exporter and stockist of industrial Wire Mesh, Wire Cloth, Wire Screen, Wire Netting Knitted Wire Mesh, Welded Wire Mesh, Expanded Mesh, Woven Wire Mesh, Fine Wire Mesh, Galvanized Wire Mesh, Epoxy Coated Wire Mesh, Wire Mesh Filter, Demister Pad, Vibrating Screen Wire Mesh, Wire Mesh, Conveyer belt, Sifter Sieves, Perforated Sheets, and many more products in India manufactured. These high-quality products are manufactured at our premises using quality tested raw materials and components according to industry quality standards.

Outstanding Corrosion and Temperature Resistance

Hastelloy C276 Wire Mesh is engineered for use in the harshest industrial environments. Its robust alloy composition delivers excellent protection against pitting and crevice corrosion, even in acidic and chlorinated contexts. The mesh maintains integrity at temperatures up to 1100C, making it ideal for demanding chemical processing, power generation, and marine applications.

Flexible Configurations for Diverse Needs

This wire mesh is offered in multiple formsrolls, panels, and circular discswith options for custom dimensions. Customers can select cut or selvage edges, various hole shapes including square and other geometries, and mesh styles such as woven or welded to meet specific operational requirements. Customization extends to open area, wire diameter, and length, allowing the mesh to be precisely engineered.

FAQs of Hastelloy C 276 Wire Mesh:

Q: How is Hastelloy C276 Wire Mesh manufactured?

A: Hastelloy C276 Wire Mesh is produced using either weaving or welding techniques, adhering to ASTM B574 / B575 standards. Precise control during manufacturing ensures consistent mesh structure and desired mechanical properties, customized as per client specifications.

Q: What environments are suitable for using Hastelloy C276 Wire Mesh?

A: This mesh is suited for environments with high concentrations of strong acids, chlorides, and elevated temperaturesup to 1100C (2012F). It is widely used in chemical processing, petrochemical, offshore, and marine sectors due to its outstanding corrosion resistance.

Q: When should one choose Hastelloy C276 Wire Mesh over other materials?

A: Select Hastelloy C276 Wire Mesh when applications demand exceptional durability in highly corrosive or high-temperature environments, such as those involving aggressive chemicals, acids, or seawater, where ordinary stainless steel might fail.

Q: Where can this wire mesh be installed?

A: Hastelloy C276 Wire Mesh can be fitted into filtration systems, catalyst recovery units, screening devices, architectural facades, and any setup requiring robust corrosion resistance and mechanical strength. It is suitable for both indoor and outdoor industrial use.

Q: What is the typical process for ordering custom Hastelloy C276 Wire Mesh?

A: Clients specify application needs such as mesh count, wire gauge, aperture, dimensions, and finish. Manufacturers then produce the mesh according to these details, with various packing options including waterproof paper and wooden cases to ensure safe delivery.

Q: How does the mesh benefit industrial processes?

A: Hastelloy C276 Wire Mesh enhances operational reliability by resisting corrosion, reducing maintenance frequency, and sustaining performance in harsh conditions, thus ensuring prolonged service life and cost efficiency in critical processes.

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