Galvanized wire welded wire mesh is an important part of the fence network

Galvanized wire welded wire mesh is an important part of the fence network

The  most common mobile guardrail is the galvanized welded wire mesh as the  basic skeleton. The round, oval or square pillars are welded on the  surrounding edges to make a moving guardrail piece. For example, the  Dutch net guardrail, that is, the wave-shaped guardrail is also made  into the first welding. After the net, the pillar frame is welded around to become a mobile guardrail piece for installation.

The  reason why the welded wire mesh is the main component of the mobile  guardrail is that the product has the advantages of simple structure,  beautiful appearance, less material, high structural stability and low  raw material cost, and is a cost-effective product.
Mobile  guardrails are a product often encountered in our living environment.  They are named according to specific purposes and mainly serve to  protect, isolate and block. There are many product categories for mobile guardrails, but the most common type of product is the welded mesh fence.
The  welded wire mesh is a process in which the used steel wire is  cross-heated to a molten state and then solidified and combined into a  firm process. Since high temperature and strong light are generated  during the electric welding operation, special attention should be paid  to personal safety in the production of the welded wire mesh.

The  performance of welded wire mesh products is very strong, mainly depends  on the choice of wire diameter, the size and width of the mesh data,  because the size of the wire diameter on the surface of these factors  determines the strength of the wire, the mesh size and protection, is The  properties of the filter on the shape of the material on the filter are  the properties of the filter, the shape of the process through the  process of leaking the mesh material. The  welding material to be used in the vibrating screen is galvanized steel  mesh, plastic surface coating according to the actual requirements of  the working environment, and the net surface material determined  according to the network performance can be well adapted to various  outdoor environments. Material that resists the resistance of cyber attacks on the surface.