Galvanized Welded Mesh

1.Material: Low carbon steel wire, stainless steel wire

2.Weaving and characteristics:
1) Hot dipped galvanizing after welding
2)Welding with hot dipped galvanized iron wire
3) Electric galvanizing after welding
4)Welding with electric galvanized iron wire
5)PVC coated welded wire mesh

3.Advantage:
Super in corrosion resistance after being galvanized
Strong structure
Flat surface
Beautifull look

4.Features:
Versatile High strength Easy cutting, shearing Solid construction Wires hold together Easy handling Corrosion- resisting Oxidation-resisting

5.Usage: Suitable product for constructing animal cages, enclosure works, fabricating of wire containers and baskets, grills, partitions, machine protection fences, gratings and other construction applications.

6.Application: It is very popular in breeding industry: Can be made into various animal cages or fences for breeding with its excellent anti-corrosion property. The zinc coating offers a kind of decorative outlook with its flat surface.

We supply hot dipped galvanized welded wire mesh, it can be divided into hot dipped galvanized before welding and hot dipped galvanized after welding. This kind of welded wire mesh is made with plain steel wire welded together in square opening, then going through the hot dipped zinc coating process. Hot dipped zinc coated welded wire mesh is made in accordance to English Standard normally in regard to the production and zinc coating. The finished welded mesh offer flat and uniform surface, firm structure, good integrity. It offers the most excellent anti-corrosion resistance among all the steel wire mesh products; It is also the most versatile wire mesh due to its wide application in different fields. With first-class anti-corrosion property, it is widely used in mine sieving industries as sieving screen. The low carbon steel wire for making of hot-dipped welded wire mesh offers flexibility that can be made in many further fabrication applications.

Special specifications can be produced by the customer's requirements.