hail mesh for sale-manufacture,factory,supplier from China

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

Production processThe production process of hail nets mainly includes the following steps:Wire drawing: The high molecular polymer material (such as polyethylene) is made into filaments through the wire drawing process, which is a key step to ensure the quality of the hail net.Warping: The drawn filaments are warped to ensure the axis flatness and beauty of the hail net.Weaving: Use a high-precision machine to weave the warped filaments to form a mesh structure.

The hail mesh is woven with high-strength materials, which can effectively resist the impact of hail and protect crops from disaster losses.

 Hail guard for garden, high-strength material, light and durable. Effectively blocks hail while maintaining breathability and does not affect plant growth.

 Hail cloth for gardens is a covering material designed specifically for protecting plants. It can effectively resist severe weather such as hail, frost and strong sunlight, maintain soil moisture, and promote the healthy growth of plants. It is also light and easy to operate, making it an ideal choice for gardening enthusiasts.Production processWire drawing: This is the primary process of hail net production and processing, and it is also the key to ensure the quality of hail net products.

Production processMaterial preparation: Select high-strength, corrosion-resistant and transparent materials, such as high-density polyethylene, as the main raw materials for hail nets.Wire drawing and weaving: The raw materials are made into filaments through the wire drawing process, and then the filaments are woven into a mesh structure through the weaving process.

Production processMaterial preparation: Select high-strength, corrosion-resistant and obvious materials, such as high-density polyethylene, as the foremost uncooked substances for hail nets.Wire drawing and weaving: The uncooked materials are made into filaments via the wire drawing process, and then the filaments are woven into a mesh shape via the weaving process.

Production processThe production process of anti-hail net mainly includes the following steps:Raw material selection: high-quality polyethylene is selected as the main raw material, and anti-aging, anti-ultraviolet and other chemical additives are added to improve the durability and anti-aging performance of the anti-hail net.Wire drawing manufacturing: the raw materials are processed by wire drawing process to make a mesh fabric with certain strength and toughness.Cutting and shaping: according to actual needs, the wire drawing mesh fabric is cut and shaped to ensure that the size and shape o

Production process of hail netWire drawing: Wire drawing is the key link in the production of hail net.

vineyard: Vineyards are one of the main application scenarios for anti-hail nets.

Production process of anti-hail net for applesMaterial selection: High-strength, corrosion-resistant, anti-aging polyethylene and other materials are selected as the main raw materials for anti-hail nets.Wire drawing manufacturing: The raw materials are drawn into filaments through a wire drawing machine to form the main material of the anti-hail net.Weaving molding: The drawn filaments are woven into a mesh structure through a weaving machine to form the finished product of the anti-hail net.

 Anti hail nets for gardens is a mesh covering material designed specifically for protecting plants from hail disasters. It is lightweight and durable, and can effectively disperse the impact of hail, reduce crop losses, and ensure the beauty of the garden and a good harvest.Production process of garden anti-hail netGarden anti-hail net mainly uses high-quality plastic materials such as high-density polyethylene (HDPE) or polypropylene (PP) as the main raw materials.

Production processThe production process of vineyard hail net mainly includes the following steps:Raw material selection: polyethylene with anti-aging, anti-ultraviolet and other chemical additives is selected as the main raw material.Wire drawing manufacturing: The selected raw materials are made into mesh fabrics through wire drawing process.Cutting and splicing: Cut into appropriate sizes according to needs and splice with nylon rope and other connecting materials.Quality inspection: The quality of the manufactured hail net is inspected to ensure that its tensile strength, heat resistance,

Production process of automobile anti-hail netMaterial selection: The main materials of automobile anti-hail net are high-strength and wear-resistant plastic materials such as polyethylene and polypropylene. These materials have excellent physical properties and chemical stability, and can meet the use requirements of automobile anti-hail net.Weaving and molding: The selected materials are woven through a high-speed weaving machine to form a mesh structure.

Production process of Apple Tree Hail NetMaterial selection: High-strength, corrosion-resistant, and anti-aging polyethylene (PE) and other materials are selected as the main raw materials for the hail net.Wire drawing and sizing: The raw materials are drawn into filaments by a wire drawing machine and sizing is performed to ensure that the diameter and strength of the filaments meet the requirements.Weaving: The sizing filaments are woven into a mesh structure by a weaving machine to form the main part of the hail net.

Production processWire drawing: This is a key step in the production of hail nets, which determines the tensile strength and anti-aging ability of the hail nets. Through the wire drawing process, the polyethylene raw materials are drawn into filaments.Warping: It affects the axis flatness and aesthetics of the formed hail net, and also affects the output of the hail net. The drawn filaments are arranged neatly to prepare for weaving.Weaving: Use high-precision machines to weave the filaments into a mesh to form the basic structure of the hail net.

 Plant hail protection is a mesh covering material designed specifically for protecting crops from hail disasters. It can effectively disperse the impact of hail, reduce crop losses, and ensure the safety of agricultural production.Production processMaterial selection: The main raw material of the hail net is polyethylene, which has the characteristics of high strength, heat resistance and water resistance.

Production processThe production process of the garden hail net includes the following steps:Raw material selection: High-density polyethylene is used as the main raw material, and chemical additives such as anti-aging and anti-ultraviolet are added.Wire drawing process: The raw materials are processed into filaments by a wire drawing machine, which is a key step to ensure the quality of the hail net products.Warping process: The drawn filaments are warped to improve the axis flatness and aesthetics of the hail net.Weaving process: Use a high-precision machine to weave the filaments into a mes

Production processThe production process of the garden hail net mainly includes the following steps:Raw material preparation: Select high-quality polyethylene raw materials and add anti-aging, anti-ultraviolet and other chemical additives.Wire drawing: Wire drawing the raw materials is a key step to ensure the quality of the hail net products, which directly affects the tensile strength and anti-aging ability of the finished products.Warping: It affects the axis flatness and aesthetics of the formed hail net, and also affects the output of the hail net.Weaving: Use high-precision machines for

Main apple producing areas: In fundamental apple-producing areas the place herbal failures such as hail happen frequently, such as Huangling County and Luochuan County in Yan'an, Shaanxi Province, anti-hail nets have been broadly used. Mountain orchard: Due to the complicated terrain, mountain orchards are prone to hail and different climate conditions, so anti-hail nets have emerge as an essential capacity of defending fruit trees. For example, the mountain apple demonstration backyard in Qiugou Village, Peng Town, Yijun County is completely included with anti-hail nets.

Main apple producing areas:In major apple-producing areas where natural disasters such as hail occur frequently, such as Huangling County and Luochuan County in Yan'an, Shaanxi Province, anti-hail nets have been widely used.Mountain orchard:Due to the complex terrain, mountain orchards are susceptible to hail and other weather conditions, so anti-hail nets have become an important means of protecting fruit trees.

The anti-fall net is woven with high-strength recycled materials and has excellent load-bearing and wear-resistant properties. It can effectively prevent people or objects from falling accidentally.

Production processMaterial preparation: Select high-quality high-density polyethylene (HDPE) as raw material to ensure the durability and waterproof performance of the product.Weaving process: Use a warp knitting machine to weave the round wire into a mesh structure to form the main part of the olive harvesting net.

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