Expanded metal materials include stainless steel, aluminum, carbon steel, titanium, nickel, weathering-steel, cupro-nickel, copperand more.

We offer light and small mesh, intermediate meshes, large, heavy and grating meshes, micro meshes, and others. In addition, products are available in coils, sheets or custom blanks.

Types of Expanded Metal：
Stainless steel, as well as aluminum and a variety of alloys of copper, nickel, silver, titanium and other metals serves as major materials for expanded metals. Because expanded metal is made from a solid sheet of metal, it can never unravel. The metal strands forming the open diamonds permit light, heat, air, liquids and sound to pass through yet present a virtually un-penetrable barrier to intruders.

Carbon Steel Expanded Metal
Carbon steel as the most popular materials for expanded metal, find the most varies specifications and applications. Standard expanded metal steel can be made into hexagonal opening, diamond opening and square opening in a variety of sheet thickness and opening sizes.

Galvanized Expanded Metal
Galvanized expanded metal mesh has the features of corrosion resistance and longer work time compared with common expanded metal steel sheets.

Aluminum Expanded Metal
Aluminum expanded metal is an extraordinary versatile material with thousands of uses. This kind of metal mesh is mainly used as in making of battery, protection fences, grids and grills, etc.

Expanded Metal Titanium
Expanded metal titanium have a wide range of expanded metals, for example regular, flat, cut circle, regular edge, fused edge, clipped corner, regular corner. Flattened titanium expanded mesh is supplied in sheet metal or micro hole foils. Titanium mesh is made from titanium foil, with a purity of over 99.6%. The mesh sheet width can be 100 100 mm, supplied in slitted pieces or rimmed mesh foils. The mesh thickness ranges from 0.1 to 0.25mm at allowed difference of ± 0.01 mm.

Expanded metal is available in a wide variety of ferrous and non-ferrous metals, as well as a wide range of mesh sizes. increased pattern size alters the open area and improves cost-effectiveness, while varied strand width changes both the appearance and weight.