safety barrier mesh price-manufacture,factory,supplier from China

Production process of safety isolation netDesign planning: Determine the specifications, size and materials of the isolation net according to the usage scenario and needs, and design the corresponding drawings.Material preparation: Prepare the required materials according to the design drawings, such as high-density polyethylene, polyester fiber, etc.Processing and production: Process the materials, such as wire drawing, warp knitting, cutting, etc., to produce the main structure of the isolation net.Roll-guide packaging: The cut mesh is guided into a roll and sealed with a plastic bag.Quality

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

Parameter:Material100% pure HDPEWeight40-360g or on requestColorsWhite, black, etc.Width1-12M or according to your requirementReel Length1-50M；1-100M；1-200M or according to your requirementDelivery Time10-25 daysMinimum Order Quantity1 tonPayment TermsTelegraphic transfer (TT), Letter of credit(L/C),Trade assuranceFeaturesHigh quality, competitive price, timely delivery and long service lifePackagingRolls in labelled plastic bags/small rolls/individually folded and packed in cartonsApplication Scenarios:Bee-proof nets are effective in preventing insects such as bees from flying into

Close-mesh safety nets (whether or not they are called "Amazon Fragment Close-mesh Nets") are mainly used in the following high-risk places:Construction sites: Installing close-mesh safety nets on the periphery of buildings can form a dense protective barrier to prevent workers from accidentally falling and external debris from entering the construction site, thereby ensuring the safety of workers and the quality of construction.Mines and tunnels: During mining and tunnel construction, ore fragments, dust and other substances are prone to splash and injure people.

Safety net production processRaw material procurement: Select high-quality raw materials, such as virgin plastic granules high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle cap materials) to ensure the strength and durability of the product.Wire drawing: The raw materials are drawn into uniform wires by machines. This link determines the toughness, color, thickness and strength of the rope net products.Weaving: Use professional textile machines to weave the drawn wires into a mesh structure.

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.

Safety net production processThe safety net production process mainly includes the following steps:Purchase of raw materials: Commonly used raw materials include virgin plastic granules, high-density polyethylene (HDPE) or recycled materials (such as mineral water bottle cap materials), which are crushed and granulated by machines for use.Wire drawing: Also known as silk making, it requires precise control of the cooling water temperature to produce plastic wires with thickness, color, and flexibility that meet the requirements.Weaving: Use a dense mesh loom to weave plastic wire into a net, c

Production processThe production process of the roof safety net includes the following steps:Material preparation: Select high-quality high-density polyethylene or other high-strength materials, and select appropriate raw materials according to needs.Wire drawing and weaving: Use a wire drawing machine to make polyethylene into plastic wire. Control the water temperature to ensure that the gloss, thickness and flexibility of the wire meet the standards.

Close-mesh protection nets (whether or no longer they are referred to as "Amazon Fragment Close-mesh Nets") are normally used in the following high-risk places:Construction sites: Installing close-mesh protection nets on the periphery of constructions can structure a dense protecting barrier to stop people from by accident falling and exterior particles from getting into the building site, thereby making sure the protection of

Production process of building meshThe production process of building mesh varies depending on the specific product type, and usually includes the following main steps:Material preparation: Select high-quality raw materials such as virgin materials or high-density polyethylene to ensure the strength and corrosion resistance of the product.Wire drawing and weaving: Use advanced weaving technology to process the raw materials into the shape of mesh.

Production processThe production process of debris safety net includes the following steps:Raw material procurement: Select high-quality polyethylene materials or other corrosion-resistant materials as raw materials.Wire drawing or wire making: Process the raw materials into fine or thick wires that meet the requirements.

Prevent injuries from falling from heights: The main purpose of scaffolding safety nets is to prevent injuries from falling from heights. During construction, if a worker accidentally falls from the scaffolding, the safety net can provide a certain buffer and protection to reduce the degree of injury caused by the fall.Intercept falling objects: The safety net can also intercept materials or tools falling from the building to prevent them from hitting workers or passers-by.

                                                        Hail-prone areas: In areas the place hail mess ups appear frequently, constructing anti-hail nets in gardens is an necessary measure to defend vegetation from hail damage.

Production processRaw material preparation: Use high-quality raw materials as raw materials to ensure the strength and durability of the product.Weaving process: Through advanced wire drawing technology, the raw materials are made into plastic wire, and then the wire is woven into a mesh by a mesh machine, with reinforcement at the bottom and bends on both sides to form a solid shelf layer mesh structure.Surface treatment: The shelf layer mesh is treated to improve the corrosion resistance and aesthetics of the product.Quality inspection: The finished product is quality inspected to ensure tha

Improve space utilization: The sundry net can effectively utilize vertical space, hang or place items in an orderly manner, avoid clutter on the ground, and improve the neatness and utilization of space.Convenient access: Through the classification and separation functions of the sundry net, users can easily find the items they need and avoid wasting time in a cluttered environment.

Production processThe production process of scaffolding net mainly includes the following steps:Purchase raw materials: Select virgin plastic granules high-density polyethylene (HDPE) or recycled materials as raw materials.Wire drawing/filament making: The raw materials are drawn into plastic wire by machine, and the cooling water temperature is controlled to ensure that the thickness, color and flexibility of the plastic wire meet the requirements.Weaving net: Use a dense mesh loom to weave the plastic wire into a mesh structure, control the weaving structure and weaving density, and usually

Hail-prone areas: In areas the place herbal disasters such as hail appear frequently, fruit tree anti-hail nets are in particular broadly used. Fruit farmers in these areas construct anti-hail nets to guard fruit timber from hail injury and make sure the yield and high-quality of fruit. High pleasant orchards: Orchards that pursue excessive fruit fantastic and excessive yields frequently select to construct anti-hail nets. These orchards enhance the fantastic and yield of fruit by using lowering the affect of herbal mess ups on fruit trees, thereby assembly the market demand for super fruit.

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.

Production processRaw material preparation: Select high molecular polymer materials such as polyethylene or polypropylene as the main raw materials, and add chemical additives such as anti-aging and anti-ultraviolet.Wire drawing manufacturing: The raw materials are made into mesh fabrics through the wire drawing process.Cutting and processing: Cut the mesh fabric into a size of 3 meters wide according to the needs, and perform necessary processing such as edge reinforcement, punching, etc.Quality inspection: Perform quality inspection on the finished product to ensure that it meets the relevan

Packaging and TransportationPackaging method: Black scaffolding nets are usually carefully packaged before leaving the factory to ensure that they are not damaged during transportation. The common packaging method is to put each roll of scaffolding net into a plastic bag, and then pack and fix it according to customer requirements.Transportation method: Scaffolding nets can be transported by a variety of transportation methods, including land transportation, sea transportation, etc.

Safety internet manufacturing processThe protection internet manufacturing technique ordinarily consists of the following steps:Raw cloth selection: Select wonderful uncooked materials, such as virgin plastic particles (high-density polyethylene), etc.Wire drawing: The raw substances are drawn into wires through machines, and the temperature of cooling water is managed to make sure the thickness, color, elasticity and different exceptional indications of the plastic wires.Net weaving: Use a internet weaving laptop to weave the drawn wires into a mesh structure, and manage the shape and density

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.

Production processThe production process of debris safety net mainly includes the following steps:Raw material preparation: Select high-quality raw materials, such as high-strength fiber or polyethylene.Wire drawing: The raw materials are drawn into filaments to meet the needs of weaving nets.Weaving nets: The filaments are woven into a mesh structure through the weaving method of the dense mesh weaving machine.Finishing and inspection: The woven nets are sorted, defects are removed, and quality inspection is carried out.Packing and warehousing: The nets that have passed the inspection are pac

Production processMaterial preparation: According to the needs and uses of the safety net, choose suitable materials, such as polyethylene, nylon, etc. At the same time, prepare necessary auxiliary materials, such as mesh wire, magnet strips (for adsorbing mosquito nets on skylights), etc.Cutting and weaving: According to the size of the skylight, cut out the safety net material of appropriate size. Then, weave the material into a mesh structure.