Production process

The production process of industrial safety nets is delicate and rigorous, mainly including the following steps:

Raw material procurement: Select virgin plastic granules high-density polyethylene (or other suitable materials), or use recycled materials such as mineral water bottle caps, crushed and granulated by machines.

Wire drawing: Accurately control the cooling water temperature to ensure that the plastic wire produced has appropriate thickness, color and flexibility, which directly affects the performance of the finished product.

Weaving: Use a dense mesh loom to weave the net. The fineness of the weaving process determines the structure and density of the net. Usually, a high mesh density is required to meet safety requirements.

Cutting and sewing: Cut the woven mesh to an appropriate length and sew it to ensure the firmness and durability of the mesh. At the same time, embed the product certificate to ensure product quality.

Nailing: Use metal rings as fixed points when hanging the net, and nail the mesh to fix the mesh to ensure the stability of the safety net during use.

Packaging and transportation

The packaging and transportation requirements of industrial safety nets are strict to ensure the safety and integrity of the product during transportation:

Packaging: Each safety net should be individually packaged in plastic film, paper bags, etc., with necessary documents such as product instructions and factory inspection certificates attached. The outer packaging can be made of cartons, polypropylene film bags, etc. to provide adequate protection.

Transportation: During transportation, the safety net should be ensured not to be damaged by squeezing, impact, etc., and should be free from adverse conditions such as moisture and high temperature.

Application scenarios

Industrial safety nets have a wide range of application scenarios in multiple fields, mainly including:

Construction: During the construction of high-altitude buildings, safety nets can be set under or on the side of the building to prevent accidents caused by workers and building materials falling.

Equipment installation: During the equipment installation process, safety nets can provide necessary protection to ensure the safety of workers and equipment.

Factory production: During the factory production process, safety nets can be used in dangerous areas such as around mechanical equipment and during loading and unloading to prevent worker injuries and equipment damage.

Other scenarios: In addition, safety nets can also be used in scenes that require high-altitude operations such as skill performances and outdoor sports to provide necessary protection.

In summary, industrial safety nets have many advantages, their production process is fine and rigorous, packaging and transportation requirements are strict, and application scenarios are wide. In fields such as industrial production and construction, industrial safety nets play an irreplaceable role.