Production process of building mesh

The production process of building mesh varies depending on the specific product type, and usually includes the following main steps:

Material preparation: Select high-quality raw materials such as virgin materials or high-density polyethylene to ensure the strength and corrosion resistance of the product.

Wire drawing and weaving: Use advanced weaving technology to process the raw materials into the shape of mesh. Weaving technology is usually used to make finer meshes, and then cut the mesh into suitable sizes.

Surface treatment: The mesh is treated with surface treatment such as anti-corrosion materials and anti-aging agents to improve the product's anti-corrosion performance and aesthetics.

Quality inspection: Perform quality inspection on finished products to ensure that the products meet relevant standards and customer requirements.

Packaging and delivery: Pack qualified products and prepare them for delivery.

Packaging and transportation of building nets

Packaging and transportation of building nets include the following aspects:

Packaging: Select appropriate packaging materials and methods according to the characteristics and transportation requirements of the product. Number the outside of the packaging and record the product specifications, product numbers, quantity lists and other information in the packaging for verification and on-site acceptance.

Transportation: Determine the means of transportation according to the characteristic length of the product to ensure product quality and transportation safety. Sign a driving safety responsibility agreement with the transportation company and strictly prohibit rough loading and unloading. During transportation, care should be taken to protect the packaging and logo of the product to avoid damage or confusion.

Application scenarios of construction network

Architectural mesh has become an indispensable part of modern architecture due to its wide range of application scenarios and significant advantages. The following are the main application scenarios of construction networks:

 Construction industry: used to reinforce walls, support ceilings, partitions, stairs, railings, etc.; floor heating mesh is used to enhance the overall strength of insulation panels and facilitate the installation and fixation of heating pipes; wall decoration, ceilings, art sculptures Architectural mesh can also be used in other occasions to increase the aesthetics.

 Pavement and bridge deck: used for bridge deck pavement, bridge pier surface crack prevention and other occasions to improve the durability and safety of the road surface.

 Water conservancy and power facilities: such as dam foundations, protective nets, power dam foundations and other parts that need to be reinforced and protected.

 Agriculture and Breeding: Used for the construction and reinforcement of greenhouses and the protection of farmland; the application of seedbed nets, flower stands, etc. when raising plants; the application of fences, guardrail nets, etc. when raising animals.

 Flood control and slope reinforcement: Used to strengthen river banks, prevent floods, and prevent natural disasters such as landslides and collapses.

 Industrial field: Construction netting can also be used in factory floor hardening, equipment protection and other occasions.

To sum up, building network has many advantages and plays an important role in multiple fields and scenarios.