hail netting bunnings 3mx70m-manufacture,factory,supplier from China

Hail nets are widely used in agricultural planting, fruit tree gardening, vegetable planting and other fields.

Production processThe manufacturing system of hail nets typically consists of the following steps:Wire drawing: a key step to make certain the excellent of hail nets, which without delay influences the tensile electricity and anti-aging potential of the completed product.Warping: influences the axis flatness, aesthetics and output of the fashioned hail net.Weaving: exams the precision of the machine.

Fruit tree gardening: Anti-hail nets are extensively used in the planting of apples, grapes, apricots and different fruit bushes to efficaciously shield fruit bushes from hail, robust winds and different extreme weather. Vegetable planting: In the area of vegetable planting, anti-hail nets are additionally used to defend vegetable plants from herbal failures and make sure the yield and excellent of vegetables.

Fruit tree gardening: Anti-hail nets are widely used in the planting of apples, grapes, apricots and other fruit trees to effectively protect fruit trees from hail, strong winds and other severe weather. Vegetable planting: In the field of vegetable planting, anti-hail nets are also used to protect vegetable crops from natural disasters and ensure the yield and quality of vegetables. Agricultural propagation original species: When propagating original seeds such as rapeseed, anti-hail nets can be used as a tool to isolate the incoming pollen to ensure the purity and qu

Fruit tree planting: Anti-hail nets are widely used in the planting of apples, grapes and other fruit trees.

Hail nets are extensively used in agricultural planting, fruit tree gardening, vegetable planting and different fields.

Production processThe production process of hail nets mainly includes the following steps:Wire drawing: a key step to ensure the quality of hail nets, which directly affects the tensile strength and anti-aging ability of the finished product.Warping: affects the axis flatness, aesthetics and output of the formed hail net.Weaving: tests the precision of the machine.

Production processThe production process of bird and hail nets includes the following steps:Material selection: Select materials with high strength, corrosion resistance and good transparency, such as polyester fiber or polyethylene.Weaving and forming: Through mechanical weaving, the materials are woven into a mesh structure to form the basic form of bird and hail nets.Size cutting: According to customer needs, the woven bird and hail nets are cut into appropriate sizes.Edge treatment: The edges of the cut bird and hail nets are reinforced to improve their durability and service life.Quality

Production process of orchard hail netThe production process of orchard hail net mainly includes the following steps:Material selection: The main raw material is polyethylene with anti-aging, anti-ultraviolet and other chemical additives added.

Production processMaterial selection: Select materials with high strength, wear resistance and good anti-aging performance, such as polyethylene (PE), as the raw materials for the production of hail nets.Weaving process: The selected materials are processed by wire drawing, weaving and other processes to form hail nets with specific apertures and wire diameters.Cutting and connection: According to actual needs, the woven hail net is cut into appropriate widths (such as 3 meters) and connected to the required length by stitching, fasteners, etc.Reinforcement treatment: The edges and joints of t

vineyard: Vineyards are one of the fundamental utility eventualities for anti-hail nets. Especially in hail-prone areas, anti-hail nets are of high-quality value to defend vines and fruits from hail damage. Other orchards: In addition to vineyards, anti-hail nets can additionally be utilized to different orchards, such as apple orchards, pear orchards, etc., to defend fruit timber and fruits from herbal disasters.

Hail-prone areas: In areas where hail disasters occur frequently, building anti-hail nets in apple orchards is an important measure to ensure the output and quality of orchards. Large-scale apple orchards: In large-scale apple orchards, the application of anti-hail nets can provide unified management, reduce labor intensity, and significantly improve the orchard’s overall disaster prevention capabilities. High-quality apple production areas: For apple production areas that pursue high quality and high added value, the use of anti-hail nets can effectively reduce fruit damage and the

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 hail netRaw material preparation: Select high-quality polyethylene raw materials and add chemical additives such as anti-aging and anti-ultraviolet.Wire drawing manufacturing: The raw materials are drawn into filaments through a wire drawing machine to form the main material of the hail net.Weaving molding: The drawn filaments are woven into a mesh structure through a weaving machine to form the finished product of the hail net.Quality inspection: The woven hail net is quality inspected to ensure that it meets the relevant standards and requirements.Packaging and warehous

Production processMaterial preparation: Use high-strength, wear-resistant polyester fiber or polyethylene as the raw material of the hail net.Wire drawing and weaving: The raw material is processed into filaments by a wire drawing machine, and then the filaments are woven into a mesh structure by a weaving machine. During the weaving process, the uniformity of the mesh and the flatness of the mesh surface must be ensured.Heat setting and cutting: The woven hail net is heat-set to improve its stability and durability.

Production processWire drawing: This is a key step in the production of hail nets, ensuring that the hail nets have good tensile strength and anti-aging ability.Warping: It affects the axis flatness and aesthetics of the formed hail nets, and also affects the output of the hail nets.Weaving: Weaving is done using high-precision machines to ensure that the tensile strength and wear resistance of the hail nets meet the requirements.Sewing and cutting: Cut into appropriate sizes as needed, and sew and reinforce.Packaging and transportationPackaging: Choose the appropriate packaging method accordi

                                                        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 selection: High-quality polyethylene is selected as the main raw material, and chemical additives such as anti-aging and anti-ultraviolet are added.Wire drawing manufacturing: The raw materials are made into mesh fabrics through the wire drawing process to ensure that the mesh surface is flat and uniform.Cutting and sewing: According to the size and shape of the home warehouse, the hail net is cut, and multiple pieces of mesh are connected together by sewing or connecting pieces to form a complete protective net.Quality inspection: The finished hail net is qualit

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

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.

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,

Orchard protection: Laying anti-hail cloth in orchards can effectively protect fruit trees from natural disasters such as hail. Especially for fruit tree varieties with high economic value, such as apples, grapes, etc., the application of hail-proof cloth is of great significance. Flower gardening: In the field of flower and gardening, hailproof cloth can be used to protect precious flower varieties from hail damage.

Production processWire drawing: Wire drawing is a key link in the production of hail nets. The raw wire of hail nets is made through the wire drawing process. This step ensures that the hail net has good tensile strength and anti-aging ability.Warping: The warping process 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 to weave the raw wire into a mesh structure.

Hail-prone areas: In areas where hail disasters occur frequently, building anti-hail nets in gardens is an important measure to protect plants from hail damage. High-value plant areas: For garden areas where high-value flowers, fruit trees or ornamental plants are planted, the use of hail netting can significantly reduce economic losses caused by natural disasters. Ecological garden construction: In the construction of ecological gardens, anti-hail nets, as an environmentally friendly and sustainable disaster prevention measure, help reduce the use of pesticides and fertilizers and p