Description

The key feature of PVC coated wire mesh is its surface coating, which provides corrosion resistance, aesthetics, and durability. It is widely used in construction, agriculture, and gardening. Why is PVC coated wire mesh so popular with users? It effectively addresses the issues of traditional bare metal wire mesh, such as rust, scratching, and a monotonous appearance. The PVC coating complements the metal material, further enhancing its performance advantages. The PVC coating completely envelops the metal wire, creating a smooth, burr-free surface that will not scratch humans or animals. Even in children's play areas, there's no need to worry about scratches.

Advantages of PVC Coated Metal Mesh

Many users, including those using PVC coated wire mesh in homes, prefer it because it's easy to clean and maintain after long-term use. It's hydrophilic and doesn't absorb impurities, primarily due to its advantages in the following aspects:

Easy to Clean

After extended use, dust and stains can be removed directly with clean water or a damp cloth. Even oily stains can be cleaned with a neutral detergent, leaving no residue that affects the appearance. This advantage is particularly evident in kitchens.

Rust-Resistant

Bare steel mesh requires regular application of anti-rust paint to prevent rust from water and moisture. However, PVC-coated mesh requires no rust removal or painting under normal use. As long as the coating remains intact, it requires minimal maintenance, costing only one-fifth the cost of bare metal mesh.

Strong Anti-Scaling

PVC coated wire mesh can be used in humid environments and resists scaling. Long-term dirt accumulation won't affect ventilation and light transmission.

Lightweight design of PVC coated metal mesh

PVC coated wire mesh achieves a lightweight design through material optimization and structural innovation during production. This achieves both strength and convenience, expanding its application areas. So what are the key aspects of lightweight design?

Raw Material Selection: Galvanized low-carbon steel wire or high-strength steel wire is preferred, which fundamentally reduces the weight of the finished product while maintaining tensile strength.

Coating Process: The PVC coating thickness can be controlled to 0.1–0.3mm, applied evenly through electrostatic spraying or dipping, effectively avoiding material waste and reducing weight while ensuring protection.

Mesh Structure: While different mesh structures can be applied in different applications, increasing the mesh ratio ensures reduced raw material usage, which in turn reduces weight.

The lightweight design of PVC coated wire mesh makes it widely used in temporary isolation, decorative ceilings, and garden protection.

PVC coated metal mesh packaging and transportation precautions

The packaging and shipping requirements revolve around protecting the PVC coated wire mesh from damage. Below, we'll provide a detailed explanation of packaging methods and shipping precautions:

● Packaging: Single rolls of metal mesh should be wrapped in waterproof plastic film or moisture-proof paper to protect the PVC coating from moisture and scratches. Foam corner protectors or cardboard should be added to the edges to prevent deformation from impact. Steel or nylon strapping should be used to prevent loosening. Wooden pallets or metal frames can be used for securing.

● Transportation Precautions: During transportation, attention should be paid to moisture protection and stacking restrictions. If shipping in containers, desiccant should be added to prevent performance degradation due to sea freight or humid environments. Mixing with sharp objects should be avoided to prevent damage to the PVC coating. Vertical stacking should not exceed three layers. Horizontal stacking should be separated by wooden strips. The total weight must meet the vehicle's load capacity.

For rolls of PVC coated wire mesh, the packaging materials should include waterproof film, steel strapping, and wooden pallets. All three are essential.