Production process of hail net

Raw 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 warehousing: The qualified hail net is packaged and stored in the warehouse waiting for shipment.

Packaging and transportation of hail nets

Packaging requirements: The packaging of hail nets should be selected according to their size and quantity. For smaller hail nets, roll packaging can be used; for larger hail nets, packages or boxes can be used. When packaging, ensure that the hail nets are not damaged and keep them clean and dry.

Transportation method: The transportation method of hail nets should be selected according to the specific situation. For smaller hail nets, express delivery or logistics can be used for transportation; for larger hail nets, special vehicles or containers can be used for transportation. During transportation, ensure that the hail nets are not damaged by squeezing, collision, etc., and maintain their integrity.

Application scenarios of anti-hail nets

 Orchard protection: anti-hail nets are widely used in orchards, such as apple orchards, vineyards, etc. During hail-prone seasons, laying anti-hail nets over orchards can effectively protect fruit trees from hail attacks and reduce fruit losses.

 Vegetable cultivation: In vegetable cultivation areas, hailproof nets can also play an important role. By laying anti-hail nets, vegetables can be protected from hail damage and the yield and quality of vegetables can be improved.

 Agricultural scientific research: In the field of agricultural scientific research, anti-hail nets are also used to protect experimental crops from natural disasters such as hail, ensuring the accuracy and reliability of scientific research data.

To sum up, hailproof nets have significant advantages, clear production processes, specific packaging and transportation requirements, and a wide range of application scenarios. In agricultural production, hail prevention net technology should be actively promoted and applied to improve the yield and quality of crops and ensure the stable development of agricultural production.