Safety net production process

The production process of safety nets requires multiple processes to ensure the quality and performance of the final product. The following is the production process:

Purchase of raw materials: Select virgin plastic granules high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle caps) as raw materials, crushed and granulated by machines for use.

Wire drawing: The raw plastic granules are drawn into plastic wires. In this process, the cooling water temperature needs to be precisely controlled to ensure that the produced plastic wire has the appropriate thickness, color and flexibility.

Weaving: Use a dense mesh loom to weave the plastic wire into a mesh. This process requires controlling the weaving structure and weaving density of the dense mesh to ensure the quality of the finished product.

Sewing: Cut the woven tubular mesh and sew it into a safety net of the required length. During the sewing process, ensure that the rope is adapted to the weight of the mesh, and sew it around the edge of the mesh several times to ensure it is secure.

Pinning: Put metal rings (pins) on the safety net to facilitate the passage of the rope when hanging and fixing.

Folding and packing: Fold the prepared safety net neatly and pack it for sale and transportation.

Packaging and transportation of safety nets

Packaging requirements: Safety nets should be packed to ensure their integrity and avoid damage during transportation. Generally, plastic bags or cartons are used for packaging, and information such as product name, specifications, and quantity are indicated.

Transportation methods: Safety nets can be transported by ship, rail or air. During transportation, the packaging should be intact, moisture-proof, sun-proof, and avoid being squeezed and collided.

Application scenarios of safety nets

Construction sites: When working at high altitudes on construction sites, safety nets can effectively protect the safety of construction workers. It can cover high-altitude working areas such as the exterior walls and roofs of buildings to prevent workers from falling from heights.

Power facilities: Safety nets are also essential equipment during the installation, maintenance and repair of power facilities. It can protect power workers from dangers such as falling from heights.

Communication towers: The height of communication towers is huge, and there are great safety hazards when workers work at heights. Therefore, safety nets are also needed for protection when working at heights on communication towers.

Building demolition: In building demolition work, safety nets can ensure the safety of workers and the environment. It can prevent debris and waste generated during the demolition process from falling from heights and causing damage to the surrounding people and the environment.

Road construction: In road construction, safety nets can protect workers and passers-by from construction materials falling from heights. At the same time, it can also serve as a warning and isolation to ensure the safety of the construction site.

Amusement facilities: In some high-altitude amusement facilities, safety nets can be used as safety protection equipment. It can prevent tourists from accidentally falling and other dangerous situations during play.

In summary, safety nets have many advantages. During the production process, they need to go through multiple processes to ensure quality, and pay attention to protecting their integrity during packaging and transportation. At the same time, safety nets have a wide range of application scenarios in many fields, providing a strong guarantee for the safety of workers working at heights.