orange safety netting-manufacture,factory,supplier from China

Production process of orange safety netRaw material selection: Select high-quality raw materials, such as high-density polyethylene (HDPE), etc., to ensure the weather resistance and corrosion resistance of the product.Extrusion and stretching: Add the raw materials into the extruder, melt at high temperature and extrusion and stretch, and then weave them into a mesh structure with a mesh weaving machine.Adding additives: During the extrusion and stretching process, add additives to prevent direct light exposure, anti-aging agents, etc.

The orange safety net is eye-catching and woven with high-strength recycled materials. It has good impact resistance and cushioning properties. It is widely used in high-risk environments such as buildings and construction, effectively preventing injuries from falling objects and ensuring personnel safety. It is an indispensable safety protection product on construction sites.The production process of orange safety netThe production process of orange safety net mainly includes raw material selection, wire drawing, weaving, cutting and other links.

Production processMaterial preparation: Select high-strength and weather-resistant materials, such as polyethylene (PE), as the raw materials for orange debris nets.Color matching: Mix orange pigments according to needs to ensure that the color is bright and meets safety warning standards.Weaving and molding: The prepared materials are woven through a weaving machine to form an orange debris net with high strength and good elasticity.Cutting and sewing: According to actual needs, the woven orange debris net is cut and sewn to meet the needs of different sizes and shapes.Quality inspection: The

Orange Barrier Netting is a kind of safety protection product widely used in construction sites, road construction, sports events and other scenes. Its main function is to play a warning and isolation role, ensuring the safety of personnel and preventing unauthorized entry.Production processRaw material preparation: Select suitable synthetic fibers as raw materials.Stirring and drawing: Stir the polyethylene particles evenly and then use a drawing machine to make the particles into plastic wire.

Production processMaterial preparation: Select high-strength and weather-resistant materials, such as high-density polyethylene and polyester fibers.Wire drawing and weaving: Use a wire drawing machine to make polyethylene materials into plastic wires, and then weave the wires into a mesh structure according to design requirements.Surface treatment: Anti-corrosion and anti-aging treatments are performed on the isolation net to improve its corrosion resistance and weather resistance.Quality inspection: Perform quality inspection on the finished products to ensure that they meet relevant standar

The  safety netting for elevator shafts is woven with high-strength plastic material, which has excellent load-bearing and impact-resistant properties, effectively preventing falling accidents and ensuring the safety of construction workers.

Production process of shelf safety netMaterial preparation: Choose high-quality polyethylene as raw material to ensure its strength and corrosion resistance.Wire drawing and weaving: Use a wire drawing machine to make polyethylene into plastic wire. Pay attention to the temperature of the water to ensure the color, thickness and flexibility of the wire.

The construction debris safety netting is woven with high-strength recycled plastic material to effectively intercept falling debris during construction, ensuring the safety of people and property below. It is lightweight, durable and easy to install.

The  construction site netting  is woven with high-strength recycled materials, which can effectively block falling objects and ensure construction safety.

The  fall arrest netting is a safety net used to prevent people or objects from falling from heights. It is made of high-strength materials and has excellent load-bearing capacity and impact resistance.

Production processThe production process of warehouse shelf safety net includes the following steps:Material selection: According to the use environment and needs, high-strength and corrosion-resistant polyethylene is selected as the raw material, such as plastic bottle caps.Wire drawing weaving: Polyethylene is processed into a grid structure using a precise weaving process.Surface treatment: The finished product is subjected to sun protection, anti-corrosion and other surface treatments to enhance its corrosion resistance and aesthetics.Quality inspection: The finished product is subjected t

Highway and high-speed railway bridges: These bridges are designed for high speeds. Once an object falls from the bridge, it may have a serious impact on driving safety and the surrounding environment. Therefore, it is essential to install anti-throw nets on these bridges.Corridors and overpasses: Corridors and overpasses are often used for pedestrian passages. If an object falls from above, it is likely to cause harm to pedestrians. Installing anti-throw nets in these places can increase pedestrian safety.

Production processRaw material preparation: Select high-strength and corrosion-resistant materials as raw materials, such as high-strength polyethylene or polyester fiber.Wire drawing or filament making: Process the raw materials into plastic wires that meet the requirements.

Safety net production processThe production process of safety nets requires multiple processes to ensure the quality and performance of the final product. The following is the production process:Purchase of raw materials: Select virgin plastic granules high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle caps) as raw materials, crushed and granulated by machines for use.Wire drawing: The raw plastic granules are drawn into plastic wires.

Production processThe 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

Blasting operation: In blasting operation, particles safety nets are broadly used to block and intercept flying rocks generated via blasting. It can efficiently defend the protection of surrounding personnel, tools and buildings, and make certain the easy growth of blasting projects.Construction: On development sites, safety nets are used to block sharp objects such as glass fragments and metal bars to stop employees from by accident touching or being stabbed.

Production processThe manufacturing manner of particles safety internet consists of the following steps:Material preparation: Select substances that meet the requirements, such as polyethylene, polypropylene, etc., and operate pretreatment such as stirring, heating, and drawing.Weaving or welding: According to the layout requirements, the pretreated wire is woven to structure a mesh structure.

Safety net production processThe safety net production process mainly includes the following steps:Raw material selection: Select high-quality raw materials, such as virgin plastic particles (high-density polyethylene), etc.Wire drawing: The raw materials are drawn into wires by machines, and the temperature of cooling water is controlled to ensure the thickness, color, elasticity and other quality indicators of the plastic wires.Net weaving: Use a net weaving machine to weave the drawn wires into a mesh structure, and control the structure and density of the mesh to meet the use requirements.

Production process of anti-fall safety netThe production process of anti-fall safety net includes the following steps:Material selection: Select suitable materials such as nylon, polyethylene, etc. according to the use environment and needs.

Heavy-duty safety nets are a type of safety protection equipment used in construction sites, aerial work and other occasions. Their main function is to prevent people or objects from falling and reduce the risk of accidents.Heavy-duty safety nets have high strength, durability and good air permeability.

Customized safety net is a safety protection product designed according to specific needs. It has the characteristics of high strength, wear resistance, and aging resistance.

Production processThe production process of anti-fall safety net includes the following steps:Material selection: Select appropriate materials such as nylon, polyethylene, etc. according to the use environment and requirements.Wire drawing and weaving: Use a wire drawing machine to make polyethylene into plastic wire, which is only the main structure of the anti-fall safety net. Then use a weaving machine to weave the wire into a mesh structure.

Production processThe production process of scaffolding safety net includes the following steps:Material preparation: Select high-quality materials such as high-density polyethylene (HDPE) that meet the requirements to ensure the strength and durability of the safety net.Weaving and molding: The selected materials are woven through a weaving machine to form a net body with a specified aperture and density.Reinforcement treatment: The woven net body is reinforced, such as increasing the stitching strength of the edges, setting reinforcing ribs, etc., to improve the load-bearing capacity of the

Production processThe production process of fire safety nets includes the following steps:Raw material procurement: Select raw materials with flame retardant properties. These materials can be virgin or recycled, depending on production needs and cost considerations.Wire drawing: This is a key link in the production process. The raw materials are processed into rope net products with certain toughness, color, thickness and strength through wire drawing.