Steel Fine Wire Mesh

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Steel Fine Wire Mesh Specification

Surface Treatment
Galvanized

Hole Shape
Square

Aperture
0.6 mm

Wire Gauge
26 SWG

Length
30 meter roll

Product Type
Fine Wire Mesh

Mesh Type
Fine Mesh

Mesh Style
Woven Mesh

Material
Mild Steel

Alloy
Low-carbon steel

Application
Filtration, Sieving, Industrial Use

Dimensions
1 meter (Width) x 30 meter (Length)

Wire Diameter
0.45 mm

Weight
Approx. 12 kg/roll

Color
Silver

About Steel Fine Wire Mesh

Stainless steel is an alloy of iron with chromium and is the most comprehensive material having indispensable properties. Stainless Steel has properties like easy formability, manufacturability, corrosion resistant, fire and heat resistance. Stainless Steel has high tensile strength, temperature resistance, impact resistance, and excellent strength-to-weight ratio. Stainless steel also comprises variable quantities of carbon, silicon, manganese, and other elements such as nickel and molybdenum can be added to impart other advantageous properties such as enhanced formability and increased corrosion resistance. Stainless Steel has features like attractive appearance and high cleanability, low-maintenance, durable material and environmentally friendly (recyclable). Steel Fine Wire mesh or wire cloth is thin woven wire meshes with mesh from 11 to 500 500, wire diameter and can be 0.025 mm to 2.03 mm (0.001 inch to 0.08 inch).

High-Quality Construction for Versatile Applications

This mild steel fine mesh is meticulously woven for uniformity and reliability. Its corrosion-resistant galvanized coating and high tensile strength ensure long-lasting performance, even in harsh environments. Designed for various industrial uses, from filtration to sieving, it is suitable for both indoor and outdoor settings, offering flexibility and durability for manufacturers, suppliers, and traders alike.

Industry-Approved and Resilient Design

Certified to ASTM E2016-20 standards, this wire mesh excels in quality and consistency. Its low-carbon composition enhances malleability, while a 0.6 mm opening and fine mesh style suit precision operations. With resistance to both corrosion and elevated temperatures up to 450C, this mesh is ideal for use where reliability and safety are critical.

FAQs of Steel Fine Wire Mesh:

Q: How is the steel fine wire mesh manufactured and treated for durability?

A: The mesh is produced using a woven method from mild, low-carbon steel wires. It undergoes a galvanization process to enhance corrosion resistance, allowing it to withstand tough environments and prolong its service life.

Q: What benefits does the 0.6 mm opening size provide for industrial applications?

A: The 0.6 mm aperture offers precise filtration and sieving capabilities, making it ideal for applications where fine particles must be separated or controlled, such as in manufacturing, chemical processes, and quality control.

Q: When should I choose galvanized mild steel mesh over other materials?

A: Galvanized mild steel mesh should be selected when you require strong corrosion resistance, robust tensile strength, and suitability for both indoor and outdoor conditions, especially in environments where stainless steel might not be necessary.

Q: Where can this wire mesh be installed and used effectively?

A: Due to its versatile design and protective coating, the wire mesh can be installed in industrial plants, laboratories, construction sites, or outdoor filtration systems, effectively serving a wide range of environments.

Q: What is the process for installing or handling this 30-meter roll mesh?

A: The mesh comes packed in a roll to simplify transport and handling. During installation, it can be cut to the desired length and shaped as needed using standard tools, making it adaptable for various projects and systems.

Q: How does the mesh handle high temperatures and exposure to the elements?

A: Thanks to its galvanized coating and robust mild steel core, the mesh remains stable and corrosion-resistant up to 450C, maintaining structural integrity even under intense heat and outdoor exposure.

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