Safety net production process

The safety net production process mainly includes the following steps:

Purchase of raw materials: Commonly used raw materials include virgin plastic granules, high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle cap materials), which are crushed and granulated by machines for use.

Wire drawing: Also known as silk making, it requires precise control of the cooling water temperature to produce plastic wires with thickness, color, and flexibility that meet the requirements.

Weaving: Use a dense mesh loom to weave plastic wire into a net, control the weaving structure and weaving density of the dense mesh, and usually the mesh density needs to reach 800 mesh/100cm² or more.

Sewing: Cut the woven tubular mesh cloth, wrap the rope close to the edge of the mesh when sewing to ensure firmness, and attach a certificate of conformity to the product.

Mesh nailing: Punch holes in the mesh so that the rope can pass through when hanging, usually by machine.

Packaging and delivery: Fold and pack the finished safety net for delivery and sale.

Packaging and transportation of safety nets

Packaging and transportation of safety nets include the following points:

Packaging: Each safety net should be individually packaged with plastic film, paper bags, etc., with product instructions, factory inspection certificates and other documents attached. The outer packaging can be cartons, polypropylene film bags, etc.

Transportation: During transportation, the safety net should be ensured not to be damaged and its integrity maintained.

Storage: The safety net should be kept and issued by a dedicated person. If it is not used temporarily, it should be stored in a warehouse or special place that is ventilated, light-proof, heat-insulated, and free of chemical pollution. If the storage period exceeds two years, a sampling impact resistance test should be carried out as required.

Safety net application scenarios

The application scenarios of safety nets are very wide, including the following aspects:

 Construction sites: It is widely used in high places on construction sites, such as building exterior walls, roofs and other high-altitude operations to protect the safety of construction workers.

 Electrical Utilities: Use safety nets to protect electrical workers during the installation, maintenance, and repair of electrical facilities.

 Communication Tower: Communication towers are huge in height and require safety nets for protection during their installation, maintenance and repair.

 Construction Demolition: During construction demolition work, safety nets are used to ensure the safety of workers and the environment.

 Road construction: During road construction, safety nets are used to protect workers and passers-by, while avoiding accidental injuries caused by construction materials falling from heights.

 Amusement facilities: In some high-altitude amusement facilities, safety nets are used as safety protection equipment to prevent accidents among tourists during play.

To sum up, safety nets have significant advantages, strict production processes, standardized packaging and transportation requirements, and a wide range of application scenarios. It plays a vital role in ensuring the safety of workers working at heights.