I. Excellent Material Performance

1. Low-carbon steel wire: Possesses good toughness and strength, can withstand daily collisions, is cost-effective, and widely used in general workshop partitioning scenarios.

1. Galvanized wire: Based on low-carbon steel wire with a zinc coating; hot-dip galvanizing offers superior results, forming a zinc layer that effectively blocks oxidation and significantly enhances corrosion resistance. Suitable for workshops with high humidity or certain corrosive gases.

1. Stainless steel wire: Offers exceptional corrosion and oxidation resistance, requires no additional anti-corrosion treatment, and can be used stably for extended periods in workshops with high environmental cleanliness and equipment protection requirements, such as food processing and electronics. However, the cost is relatively higher.

II. Diverse Specifications

1. Mesh size: Common specifications include 50mm×50mm, 60mm×60mm, and 70mm×70mm. Smaller mesh sizes prevent small tools or parts from falling into other areas, while larger mesh sizes facilitate ventilation and visibility. Suitable for workshops requiring high air circulation or the need to observe operations at all times.

1. Wire diameter: Ranges from 2.5mm to 4.0mm. Thicker wire diameters provide higher strength, capable of withstanding greater external impacts, making them suitable for workshops with heavy equipment operation or prone to collisions. Thinner wire diameters are lightweight, flexible, and cost-effective, suitable for workshops with milder environments and relatively lower protection requirements.

1. Mesh width and length: Mesh width typically ranges from 1 to 3 meters, and mesh length from 5 to 50 meters. Can be flexibly selected based on the actual layout of the workshop and the size of the partitioned area. For large-area partitioning needs, wider mesh reduces splicing, improving installation efficiency and overall aesthetics.

III. Ingenious Structural Design

1. Weaving process: Woven by a chain-link weaving machine, adjacent wires are tightly connected, forming a unique diamond-shaped structure. This weaving method gives the chain-link mesh good elasticity, allowing it to buffer impacts through deformation, reducing damage and making it more durable compared to welded mesh.

1. Frame pairing: Often paired with square or round tube frames. The frame provides support and secures the mesh, enhancing overall stability. Common frame tube diameters include 30mm×30mm and 40mm×40mm, which can be selected based on actual load-bearing requirements. For areas with high foot traffic or high protection needs, larger tube diameters are recommended.

IV. Superior Surface Treatment

1. Galvanizing treatment: Includes electro-galvanizing and hot-dip galvanizing. After galvanizing, a zinc protective film forms on the surface, effectively isolating air and moisture to prevent rust. Hot-dip galvanizing provides a thicker zinc layer, offering corrosion resistance for 10–20 years, making it suitable for outdoor or harsh industrial environments.

1. Plastic coating treatment: The chain-link mesh is immersed in molten plastic powder, resulting in a uniform plastic coating on the surface. This not only enhances corrosion resistance but also offers various color options such as green, blue, and yellow. These colors can coordinate with the workshop environment, providing both aesthetics and warning functions, thereby improving the overall image of the workshop.