Building fall protection safety net is a kind of safety equipment specially designed to prevent people and objects from falling from heights. It plays a vital role in building construction, maintenance and other high-altitude operations. Building fall protection safety net is made of high-density polyethylene material, which has high safety, durability and easy installation.

Production process

Raw material preparation: Select synthetic fibers (such as polyethylene) that meet the standard requirements as the base material.

Wire drawing process: After the polyethylene material is mixed evenly with a mixer, it is made into plastic wire through a wire drawing machine. During the process, the water temperature and melting temperature must be controlled to ensure that the thickness, gloss and flexibility of the wire meet the standards.

Weaving process: Use a professional weaving machine to weave the plastic wire into a mesh structure.

The mesh size is usually adjusted according to specific needs. The density of the mesh varies depending on the customer's needs and application scenarios.

Edge reinforcement:

The edge of the net is strengthened, usually with thicker hemp rope or straps for hemming to increase its durability and stability.

Some safety nets also have metal rings on the edge for easy fixation.

Surface treatment:

Dyeing is performed as needed to distinguish different uses or enhance visual effects.

Add special treatments such as UV protection and flame retardancy to improve its weather resistance and fire resistance.

Quality inspection:

The finished product must undergo strict quality inspections, including tensile tests, combustion tests, etc., to ensure that it meets relevant safety standards.

After passing the inspection, a qualified label is affixed and the product is packaged.

Product Parameters

Packaging and transportation

Packing method:

Usually plastic bags or woven bags are used for packaging, which is convenient for handling and storage.

Some special products are also packaged in cartons or wooden boxes for secondary packaging to further protect the products.

Note:

Avoid sharp objects from scratching the mesh surface during transportation.

Keep it dry when stacking and avoid long-term exposure to sunlight.

Check whether the packaging is intact before transportation to ensure that the product is not damaged.

If it is a long-distance transportation, pallets will be used to fix it to prevent the goods from moving during transportation.

Application scenarios

Construction engineering:

Protection during the construction of the exterior walls of high-rise buildings.

Protection around scaffolding to prevent workers and tools from falling.

Elevator shaft closure to prevent people from accidentally falling in.

Bridge engineering:

Temporary protection during bridge construction to prevent construction workers and tools from falling.

Tunnel engineering:

Protection at the entrance and inside of the tunnel to prevent stones or other objects from falling.

Industrial production:

Safety isolation around mechanical equipment in factory workshops.

Protection of dangerous areas to prevent people from entering dangerous areas.

Sports facilities:

Fences in gymnasiums and stadiums to prevent spectators or athletes from getting injured.

Public facilities:

Safety protection of infrastructure such as highway guardrails and bridge guardrails.

Temporary event venues:

Safety isolation at concerts, exhibitions and other event sites.

Agricultural field:

Fences in orchards, farms and other places to prevent animals from entering or escaping.

In short, building fall protection safety nets play an important role in many fields with their excellent performance and wide applicability. Correctly selecting and reasonably using safety nets can not only improve work efficiency, but also effectively ensure the safety of personnel.