Scaffold Netting

Advantages of Scaffolding Safety Nets

Scaffolding safety nets have many advantages in construction, as follows:

Fall protection: The safety net can provide a certain buffer and protection for workers who accidentally fall from the scaffolding, reducing the degree of injury caused by the fall. Even if the worker does not directly grab the safety net, it can also play a deceleration role and reduce the impact on the human body.

Psychological comfort: When working at high altitudes, the safety net can block the worker's downward vision, reduce the fear of heights, and improve the worker's psychological sense of security.

Intercepting falling objects: The safety net can intercept and support materials, tools or other objects falling from a height to prevent these objects from causing harm or fatal threats to the people below.

Isolating construction areas: The safety net can isolate the construction area from the surrounding environment, reduce the impact of noise, dust, etc. on the surrounding environment during the construction process, thereby maintaining construction order and reducing disturbances to the public.

Reducing environmental pollution: The safety net can reduce the spread of pollutants such as dust and noise to a certain extent, and protect the cleanliness of the urban environment.

Flame retardancy: The material of the safety net is generally flame retardant, which can effectively prevent fire accidents caused by welding sparks and improve the safety of the construction site.

Safety warning: The existence of the safety net itself is a safety reminder, which can always remind workers to pay attention to construction safety and comply with safety regulations, thereby improving the safety of the entire construction process.

Blocking lateral wind: When working at high altitudes, the safety net can also block lateral wind and provide workers with a relatively stable working environment.

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Product Details

Production process of scaffolding dense mesh

The production process of scaffolding dense mesh mainly includes the following steps:

Purchase raw materials: Select virgin plastic granules high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle caps) as raw materials.

Wire drawing: The raw materials are crushed and granulated by a machine and then drawn. In this process, the cooling water temperature needs to be controlled to ensure that the thickness, color and flexibility of the produced plastic wire meet the standards.

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. Usually, the mesh density should reach 800 mesh/100cm² or more.

Needle sewing: Cut the woven tubular mesh cloth and then sew it into a dense mesh of a specified length. When sewing, wrap the rope close to the edge of the mesh and then sew it together to ensure it is firm.

Mesh nailing: Punch metal rings (mesh nails) on the dense mesh so that the rope can pass through when hanging.

Packaging and transportation of scaffolding mesh

Packaging: Scaffolding mesh is usually packed in woven bags, and special packaging can also be performed according to customer requirements.

Transportation: The mesh should be protected from damage during transportation to avoid squeezing and collision. At the same time, moisture-proof and sun-proof measures should be taken to ensure product quality.

Scaffold Netting

Application scenarios of scaffolding dense mesh

Scaffolding dense mesh is mainly used in high-altitude work places such as construction sites. Specific application scenarios include:

Scaffolding external protection: Dense mesh is installed on the outside of the scaffolding to form a safety protection barrier to prevent falls from heights and falling objects.

Building exterior wall construction: During the construction of the building exterior wall, dense mesh can be used to cover the construction area and reduce the impact of construction on the surrounding environment.

Other high-altitude operations: Such as roof repairs, hanging operations and other high-altitude work places, scaffolding dense mesh can also be used for safety protection.

In summary, scaffolding dense mesh has many advantages, and there are clear requirements and specifications in terms of production, packaging and transportation, and application scenarios. In high-altitude work places such as construction sites, the use of scaffolding dense mesh is one of the important measures to ensure the safety of personnel and equipment.

Scaffold Netting