The wire weaving mesh is made of iron wire and black iron wire, featuring attractive structure and sturdy durability. The weaving characteristics include weaving after rolling, bidirectional wave bending, tightly locked bending, flat-top bending, bidirectional bending, and unidirectional wave bending. Wire weaving mesh is widely used in mines, coal factories, construction, petrochemical industries, and construction machinery.
Galvanized Welded Wire Mesh, commonly referred to as Welded Wire Mesh, is further categorized into Low Carbon Steel Welded Wire Mesh, High Carbon Steel Welded Wire Mesh, Medium Carbon Steel Welded Wire Mesh, and Steel Angle Welded Wire Mesh.
Galvanized checkered wire mesh, copper-coated steel wire checkered mesh, redrawn wire checkered mesh (also known as galvanized cold drawn wire checkered mesh), stainless steel wire checkered mesh. The materials for galvanized checkered mesh include stainless steel wire, high-carbon steel wire, medium and low-carbon steel wire, galvanized iron wire, galvanized steel wire, and non-ferrous metal wire. The weaving method for galvanized checkered mesh is to pre-bend and then shape the mesh. It is available in tight lock weave, two-way plain weave, one-way wavy weave, two-way flat weave, two-way wavy weave, rectangular hole weave, and oblique weave. Widely used in mining, oil, chemical industry, construction, machinery accessories, protective mesh, packaging mesh, barbecue mesh, barbecue grill mesh, galvanized checkered mesh, sintering furnace mesh, hardware products mesh, craft mesh, vibration sieve mesh, basket mesh, food machinery mesh, kitchenware mesh, wall mesh, grain, highway, railway, and infrastructure mesh.
Welded Wire Mesh, also known as steel wire rope mesh, is made of steel wire rope strands. It is also referred to as whole weave mesh or flower weave mesh based on weaving methods. It is categorized by use into: mining mesh, farming mesh. It is used for safety protection in sports fields, greenery fences, riverbanks, construction, farming, and residential areas.
