Alloy

Woven wire mesh is only as good as the alloy used to weave it. The alloy you select plays a critical role in how well and how long your wire mesh will perform.

Knowing this, W.S. Tyler offers a wide range of wire mesh alloys, spanning from more traditional stainless steel to more specialized alloys like Inconel. Best of all, we will take the time to learn exactly how you use woven wire, lending a helping hand as you select the ideal alloy

Copper Alloys

Copper

Wire mesh alloy delivers favorable corrosion-resistant qualities; however, it is also known for its low tensile strength and high ductility.

Brass

Wire mesh alloy is often used for applications where non-rusting material is needed. W.S. Tyler uses a standard brass blend of 85% Copper and 15% Zinc.

Phosphor Bronze

A high copper alloy containing 4% to 9% tin and about 1/4% phosphorous with a balance of Copper. These alloys have proved very valuable in various screening, conveying, and filtering applications. In addition to its corrosion-resistant qualities, the physical properties of phosphorus bronze make it an ideal material for weaving. Phosphor Bronze is much stronger and more rigid than Brass, and its ability to withstand cold working makes it the outstanding metal for Fourdrinier Wires.

Nickel

Nickel 200

Wire mesh alloy is used for certain food products to resist chemicals such as caustics, organic acids, and other corrosive products.

Monel 400

A high nickel-copper alloy widely used for its desirable corrosion resistance. It has the strength of mild steel and will not corrode in industrial applications. Monel and Nickel are used for food products, and sanitary service is essential.

Stainless Steel

304 Stainless Steel

304 stainless steel is a basic stainless steel alloy of 18% chromium and 8% nickel. One of the most popular wire mesh alloys, 304 stainless steel has excellent corrosion resistance and is satisfactory for most applications.

316 Stainless Steel

316 stainless steel contains 16% chromium, 10% nickel, and 2% molybdenum. It is known to perform better than 304 stainless steel in corrosive environments. Additionally, it is widely used for its desirable stability, durability, and resistance to extreme temperatures.

430 Stainless Steel

A high chromium alloy that has no nickel contents particularly known for its high degree of resistance to chemical and atmospheric corrosion and oxidation up to 1600°F. It particularly excels for applications that call for the use of magnetic materials.

Heat Resistant Alloys

Inconel

A high Nickel Chromium alloy containing 76% nickel, 15.8% chromium, and 7.2% iron, it is widely used in applications exposing wire mesh to a highly corrosive environment and temperatures reaching 1800°F

Incoloy

A nickel-chromium alloy containing 32% nickel, 20.5% chromium, and 46% iron. It is known for resisting extreme temperatures up to 1650°F.

Hastelloy

A wire mesh alloy containing a blend of nickel, molybdenum, and chromium delivers superior resistance to corrosion and high temperatures. It is ideal when superior strength and durability are needed to accommodate demanding applications.

CARPENTER ALLOY FOR HEAT + DUPLEX’s

Aluminum alloys

1100 ALUMINUM, PURE

Aluminum alloy is widely used where its lightweight and corrosion resistance are more important than strength.

ALCLAD 5056

Wire mesh alloy featuring a 5056 Aluminum core encased or claded with pure Aluminum. This combination provides both strength and corrosion resistance.

5056 ALUMINUM

an Aluminum alloy containing magnesium, manganese, and chromium. It is designed for greater strength and is generally considered the best Aluminum alloy for weaving wire cloth.


Essential Product Information For You

Verified Accuracy

Sometimes, you may feel unsure about the accuracy of your woven wire. For peace of mind, you can apply either a glass bead or bubble point test to your mesh for insight into how it should be performing.


A Weave Pattern For Any Application

Each woven wire application has its own needs when it comes to screening and throughput performance. Ensuring you achieve the woven wire performance you require relies heavily on the weave pattern you choose.


Designing Woven Wire Around Your Process Made Easy

Designing woven wire mesh can be daunting, as several factors must be considered. Allow W.S. Tyler to be your woven wire partner, helping you develop a solution based on a thorough analysis of the particles you work with.

Schedule your meeting with a W.S. Tyler advisor to get started