Wire Mesh is an industrial product manufactured in various stainless steel, mild steel, galvanized steel, and carbon steel materials. It is commonly used in screening, filtration, separation, fencing, and industrial applications.

Verified Wire Mesh Manufacturer & Supplier | Stainless Steel Ss 304 & Ss 316 Grade | Timex Metals

Name: Verified Wire Mesh Manufacturer & Supplier | Stainless Steel Ss 304 & Ss 316 Grade | Timex Metals
Brand: Timex Metals
Availability: InStock
Rating: 4 (1 reviews)

Specification Details
Standard	Astm A580, A313, A555, A493 / Asme Sa580, Sa313, Sa555, Sa493, Ams 5514
Length	0.125", 72
Diameter	10 Microns 1.0 Mm, 0.0004" To 0.040"
Technique	Cold Rolled, Hot Rolled

Wire Mesh Supplier in India for Industrial, Mechanical and Structural Applications

Timex Metals is a reputed and trusted Wire Mesh Manufacturer and provides a variety of high-performance and durable wire mesh products applied in various industrial purposes. These wire meshes are manufactured without fail with high-grade stainless steel, galvanised iron, and other alloys to ensure that they produce superb strength, corrosion resistance, and dimensional accuracy. They come in different sizes, thicknesses, and designs to suit the unique requirements of industries like construction, filtration, food processing, and mining. We make sure that its products, comprising wire mesh,h produce superior performance and reliability by the use of advanced manufacturing methods and stringent quality control measures in every product.

As an industrial product, wire mesh finds application in filtration, reinforcement, fencing, and safety uses. The choice of the appropriate material and grade will guarantee the durability, load-bearing capacity, and resistance to corrosion. This table promotes smart sourcing with a B2B portal of trust where Welded Wire Mesh is being sold,d as well as other industry parts. Demister Pad is made through welding intersecting wires using electricity to create a strong, rigid grid structure. The Square Wire Mesh

is created by crossing the wires in either a crimped or plain weave, which gives it the flex and the exact openings of the mesh.

Material & Grades Table – Brass Wire Mesh

Material Grade / Standard Size / Thickness / Diameter Extra Specification Weight (kg/m²)
Brass C26000 / ASTM B134 10–100 mesh, 0.10–1.20 mm wire Cartridge brass, good formability Approx. 1.0–8.5
Brass C27000 / ASTM B134 10–100 mesh, 0.10–1.20 mm wire Yellow brass, higher zinc content Approx. 1.0–8.5
Brass C27200 / ASTM B134 10–80 mesh, 0.15–1.20 mm wire High-strength brass mesh Approx. 1.2–8.5
Brass C27400 / ASTM B134 10–80 mesh, 0.15–1.20 mm wire Copper-zinc alloy for industrial use Approx. 1.2–8.5
Brass C28000 / ASTM B134 10–80 mesh, 0.15–1.20 mm wire Muntz metal alloy Approx. 1.2–8.5
Phosphor Bronze C51000 / ASTM B139 10–100 mesh, 0.10–1.00 mm wire Enhanced strength and wear resistance Approx. 1.0–7.5
Phosphor Bronze C52100 / ASTM B139 10–100 mesh, 0.10–1.00 mm wire Higher tin-content bronze mesh Approx. 1.0–7.5
Naval Brass C46400 / ASTM B134 10–80 mesh, 0.15–1.20 mm wire Marine and corrosion-resistant applications Approx. 1.2–8.5

Material	Grade / Standard	Size / Thickness / Diameter	Extra Specification	Weight (kg/m²)
Brass	C26000 / ASTM B134	10–100 mesh, 0.10–1.20 mm wire	Cartridge brass, good formability	Approx. 1.0–8.5
Brass	C27000 / ASTM B134	10–100 mesh, 0.10–1.20 mm wire	Yellow brass, higher zinc content	Approx. 1.0–8.5
Brass	C27200 / ASTM B134	10–80 mesh, 0.15–1.20 mm wire	High-strength brass mesh	Approx. 1.2–8.5
Brass	C27400 / ASTM B134	10–80 mesh, 0.15–1.20 mm wire	Copper-zinc alloy for industrial use	Approx. 1.2–8.5
Brass	C28000 / ASTM B134	10–80 mesh, 0.15–1.20 mm wire	Muntz metal alloy	Approx. 1.2–8.5
Phosphor Bronze	C51000 / ASTM B139	10–100 mesh, 0.10–1.00 mm wire	Enhanced strength and wear resistance	Approx. 1.0–7.5
Phosphor Bronze	C52100 / ASTM B139	10–100 mesh, 0.10–1.00 mm wire	Higher tin-content bronze mesh	Approx. 1.0–7.5
Naval Brass	C46400 / ASTM B134	10–80 mesh, 0.15–1.20 mm wire	Marine and corrosion-resistant applications	Approx. 1.2–8.5

Filtration, Screening and Protection Role: Wire mesh is applied in situations where there is need to regulate separation, air movement, or security. It may be used to filter particles, shield equipments or reinforce structures or serve as safety barriers where necessary based on aperture size and wire thickness in an industrial or commercial setting.

Pattern and Mesh configuration of manufacturing: The manufacturing of wire mesh is done by weaving, welding or expansion to obtain the desired size of openings and mechanical integrity. Woven meshes are flexible and have a fine filtration capability whereas welded meshes are more rigid and dimensional stable and are used in structural and guarding applications.

Material Choice and Ecological Appropriateness: Wire mesh may be chosen in Carbon Steel, Stainless Steel (SS 304, SS 316), Galvanized Steel, and non-ferrous metals and the choice is determined by the exposure of corrosion, temperature, and mechanical forces. In the chemical, food and outdoor context, stainless steel meshes are used because they are durable and clean.

Installation, Durability and Life Span: Wire mesh is easy to cut, shape and attach into panels or frames hence can be used in custom applications. Properly chosen and installed, it can provide long service with little maintenance even in the harsh industrial or outdoor environment.

Client Project Report of Wire Mesh

Product Supplied	Quantity	Cities (India)
Wire Mesh for Industrial Filtration Systems	168 Rolls	Tarapur
Wire Mesh for Safety Guards & Machine Enclosures	206 Rolls	Peenya
Wire Mesh for Construction & Reinforcement Use	173 Rolls	Raipur
Wire Mesh for Screening & Separation Applications	194 Rolls	Dhanbad

The separation, screening, reinforcing, and protecting uses of wire mesh occur in the industrial and commercial spheres. The choice is based on the diameter of wires, the size of the mesh holes, and the weave pattern which determine the strength, flow rate and durability directly. Corrosion resistance and electrical or thermal behavior are dependent upon the choice of the material. Copper Wire Mesh is particularly chosen instead of steel-based variants in applications where its conduction and non-magnetic characteristics are required to be higher, as the material and its performance remain stable.