Safety Netting For Construction

Advantages of building safety nets

Building safety nets play a vital role in construction, and their advantages are mainly reflected in the following aspects:

Improve project quality: The use of building safety nets can avoid situations such as missing manual binding nets, unstable building brackets, and cutting corners. The mesh has high density, good elasticity, uniform and accurate spacing, and high safety factor, which can greatly improve the quality of the project.

Ensure personal safety: Building safety nets can effectively prevent falling injuries to people and objects, and protect the safety of workers and pedestrians. In the event of a fall accident, the safety net can catch the falling person or object, play a role in buffering and dispersing the impact force, and reduce the degree of injury.

Prevent fire: Building safety nets can also prevent fires caused by electric welding sparks, thereby ensuring the safety of the construction site.

Reducing noise and dust pollution: The use of building safety nets can reduce noise and dust pollution at the construction site, which is conducive to protecting the environment.

Beautify the construction site: Building safety nets are particularly suitable for high-rise buildings, and can achieve fully enclosed construction, thereby beautifying the construction site and enhancing the corporate image.

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Product Details

Production process

The production process of building safety nets requires multiple steps. The following is the production process:

Purchase raw materials: Select virgin plastic granules high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle caps) as raw materials, and process them through machine crushing, granulation, etc.

Wire drawing or filament making: By accurately controlling the cooling water temperature, plastic wires with thickness, color, and flexibility that meet the requirements are produced.

Weaving nets: Use a dense mesh loom to control the weaving structure and weaving density of the dense mesh. Usually the mesh density needs to reach or exceed 800 mesh/100cm².

Needle sewing: Cut the woven tubular mesh cloth and then sew it to ensure that the edge of the mesh is firm. At the same time, wrap the rope around the edge of the mesh and carve it together to increase the strength and stability of the safety net.

Mesh nailing: Punch holes in the mesh to facilitate the rope to pass through when hanging.

Folding and packaging: Fold the finished dense mesh and package it for sale.

Packaging and transportation

The packaging and transportation of construction safety nets include the following points:

Packaging requirements: The safety net should be packed with moisture-proof, dust-proof and tear-proof packaging materials to ensure that it is not damaged during transportation. At the same time, the product name, specifications, quantity, production date and other information should be marked on the package.

Transportation method: The safety net can be transported by car, train, ship and other means. During transportation, the safety net should be fixed securely to avoid collision or extrusion.

Storage requirements: The safety net should be stored in a warehouse or special place that is ventilated, light-proof, heat-insulated, moisture-proof and chemical-free. At the same time, the net should be inspected regularly and any problems should be dealt with in a timely manner.

Safety Netting For Construction

Application scenarios

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

High-altitude operations: Safety nets are essential protective facilities in high-altitude operations such as installation, maintenance, and cleaning. It can provide reliable support and protection for workers to prevent accidental falls.

Construction: In construction, safety nets are often used in scaffolding construction, between buildings and scaffolding boards, elevator shafts, reserved openings, and around unprotected second-floor slabs of buildings to prevent construction workers or materials from falling.

Stunt performances: When performing stunts or high-altitude skills, safety nets can also provide safety protection for performers to prevent accidental falls during the performance.

Isolate dangerous areas: In some construction environments, safety nets can also be used to isolate dangerous areas to prevent non-operating personnel from entering and ensure the safety and order of the construction site.

In summary, building safety nets have multiple advantages, with strict and standardized production processes, convenient and safe packaging and transportation, and a wide range of application scenarios. In construction, it plays an important role in protection and security.

Safety Netting For Construction