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Lps 1215 Debris Netting

Advantages of debris safety net

As a professional protective equipment, the debris safety net has many advantages:

Strong safety protection performance: Its mesh density is high, which can effectively prevent the falling of objects with a bottom area of less than 100 square centimeters such as gravel and brick chips, avoiding or reducing the damage caused by falling and hitting objects.

Stable and durable structure: The special knitting method of the straight chain multi-door structure is adopted, the net knot is firm and does not slip, the mesh is not easy to deform, the net body size is stable, firm and durable.

Good air permeability and lighting: While ensuring the protective effect, it does not affect the lighting of the construction site, and has good air permeability, which is conducive to the improvement of the construction environment.

Diversification and customization: The products can be produced in a diversified manner according to customer needs to meet the use needs in different scenarios.

Environmental protection and beauty: Some products use degradable materials, meet environmental protection requirements, and are beautiful and durable, easy to disassemble and reuse.

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Product Details

Production process

The production process of debris safety net mainly includes the following steps:

Raw material procurement: Purchase natural plastic particles (such as high-density polyethylene) or recycled materials (such as mineral water bottle cap materials), and granulate them by mechanical crushing.
Wire drawing or silk making: Process the raw materials into plastic wire, and control the cooling water temperature to ensure the thickness, color and flexibility of the plastic wire.
Weaving: Use a close-mesh loom for weaving, control the weaving structure and weaving density of the close-mesh net, and ensure the quality of the finished product.
Sewing and reinforcement: Cut and sew the woven mesh, sew two circles on the edge to ensure firmness, and submit the product certificate.
Packaging and delivery: Fold the finished product and pack it, and then sell it after quality inspection.

Transport packaging

The debris safety net needs to be properly packaged during transportation to ensure that it is not damaged. Packaging methods include:

Folding packaging: After the finished safety net is folded, it is packaged in plastic bags or woven bags to reduce the volume and prevent dust pollution.
Reinforcement treatment: Reinforce the outside of the package, such as using wooden frames or cartons for protection to prevent squeezing or collision during transportation.
Labels and logos: Affix product labels, certificates of conformity, and transportation precautions to the package for easy identification and storage.

Application scenarios

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

Construction sites: used for safety protection in high-altitude working areas to prevent construction workers and materials from falling and causing injuries.
Bridge protection: used as a bridge anti-throw net to intercept debris, garbage and other objects falling from the bridge to protect the safety of pedestrians and vehicles under the bridge.
Public facilities: Debris safety nets are set up in public places such as parks and squares to prevent high-altitude falling objects from causing harm to tourists.
Special environments: Safety nets are set up in environments such as mines and quarries that are prone to debris to protect the safety of workers and the surrounding environment.

In short, debris safety nets play an important role in the field of safety protection with their superior performance and wide application scenarios.

Lps 1215 Debris Netting