Wire mesh is fundamentally composed of two elements: the wire itself and the mesh it forms. Wires are slender strands of metal or non-metallic materials like stainless steel, iron, 

galvanized steel, brass, or PVC. The mesh is the fabricated product created by weaving or welding these wires, resulting in items like window screens, filter meshes, conveyor belts, 

punched plates, and guardrail fencing.

Wire mesh can be categorized based on its material composition and primary function:

Metal Mesh: Including stainless steel and iron wire meshes, commonly employed for filtration and protective applications.

Non-Metal Mesh: Made from materials like PVC or polypropylene, frequently used in packaging and construction.

Composite Mesh: Combining metal with engineering plastics (e.g., polypropylene, PTFE), designed for demanding environments in the chemical and petroleum sectors.

The applications for wire mesh are extensive and cover numerous industries:

Filtration: Purifying liquids and gases by removing contaminants.

Protection: Serving as safety barriers, guardrails, and fencing.

Packaging: Used in products like plastic woven bags.

Construction: Integrated into building structures and reinforcements.

Chemical Industry: Utilized in equipment for gas-liquid separation.