Production process of scaffolding dense mesh

The production process of scaffolding dense mesh mainly includes the following steps:

Purchase of raw materials: Usually virgin plastic granules high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle caps) are selected as raw materials.
Wire drawing or filament making: The raw materials are processed into plastic filaments by machines. This process requires strict control of the cooling water temperature to ensure the quality indicators of the plastic filaments such as thickness, color, and flexibility.
Weaving: Use a dense mesh loom to weave the plastic filaments into a mesh structure, control the weaving structure and weaving density of the dense mesh, and usually the mesh density is not less than 800 mesh/100cm².
Sewing: Cut and sew the woven tubular mesh to ensure the firmness and stability of the mesh. At the same time, sew the product certificate into the mesh.
Punching nails: Punch holes in the mesh so that ropes can be easily tied through during installation.

Transport packaging of scaffolding mesh

Scaffolding mesh is usually packed in woven bags and other packaging materials during transportation to ensure that the mesh is not damaged during transportation. At the same time, customized packaging can also be made according to the specific needs of customers. During transportation, care should be taken to avoid severe vibration and extrusion to ensure the integrity and performance of the mesh.

Application of Scaffolding Dense Mesh

Scaffolding dense mesh is widely used in various construction sites, such as high-rise building construction, shipbuilding, ship repair, water loading and unloading, large equipment installation and other high-altitude work sites. Its main functions include:

Prevent people and objects from falling: By installing on the outside of the scaffolding, it can effectively prevent people or objects from falling from heights and ensure the safety of construction workers.
Reducing injuries from falling objects: Even if a falling accident occurs, the dense mesh can also play a buffering role and reduce the damage of falling objects to people or equipment below.
Reducing dust: During the construction process, the dense mesh can cover the scaffolding and the periphery of the building, reduce the generation of dust, and improve the construction environment.
Beautify the city: The green appearance of the dense mesh can also beautify the urban environment and enhance the city's image to a certain extent.

In summary, the scaffolding dense mesh plays a vital role in construction. Its advantages such as economy, practicality, high strength, and comprehensive safety protection make it an indispensable safety protection measure at the construction site.