Production process

Material selection: The main raw material of the hail net is polyethylene, which has the characteristics of high strength, heat resistance and water resistance. At the same time, in order to enhance the durability and UV resistance of the hail net, anti-aging and anti-ultraviolet chemical additives will be added.

Wire drawing and weaving: Use a wire drawing machine to heat-melt and extrude polyethylene particles to make plastic wire. During the process, the water temperature must be controlled to ensure that the color, thickness and flexibility of the wire meet the standards. Then use a dense mesh weaving machine to make the wire into a mesh structure.

Cutting and sewing: Cut the woven hail net into the corresponding size according to the customer's requirements, and reinforce the copper holes around it to facilitate the iron wire to be fixed on the bracket.

Column installation: The column is the skeleton that supports the grid and hail net, and must be strong and durable. Materials such as wooden poles, cement columns and stone columns can be selected, and the appropriate column should be selected according to the specific conditions of the planting area.

Packaging and transportation

Packaging: Choose different packaging methods for different demand quantities. For hail nets with smaller widths or smaller meshes, roll packaging can be used; if the quantity is not too large, it can be wrapped with colored strips on the outside. For large one-time demand, it can be packaged in packages.

Transportation: The freight of hail nets is generally calculated according to volume, and different logistics companies have different charging standards. During transportation, pay attention to prevent damage to the net surface and ensure the integrity of the hail net.

Application scenarios

Anti-hail nets are widely used in various planting areas, especially in orchards, vegetable fields and other places that are susceptible to hail disasters. Installing anti-hail nets in these areas can effectively protect crops from hail and improve crop yield and quality. For example, in fruit growing areas such as apricot orchards and vineyards, anti-hail nets can significantly reduce hail damage to fruit trees and improve fruit quality and yield.

In summary, plant anti-hail nets have many advantages and play an important role in agricultural production. Its production process is simple and clear, packaging and transportation are convenient and fast, and its application scenarios are wide. Therefore, anti-hail net technology should be actively promoted and applied to protect agricultural production and promote sustainable agricultural development.