Production process

The 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. During the weaving process, attention should be paid to the uniformity of the mesh and the flatness of the mesh surface.

Sewing and cutting: Cut the hail net into a suitable size according to the needs, and sew and reinforce it to improve its durability.

Packaging and transportation

The packaging and transportation of hail nets include the following points:

Packaging method: Choose the appropriate packaging method according to the size and quantity of the hail nets. Smaller hail nets can be packed in rolls, while larger hail nets can be packed in packages. At the same time, in order to prevent damage during transportation, the surface needs to be packaged well to prevent damage to the net surface.

Transportation method: Choose the appropriate transportation method according to the size, quantity and transportation distance of the hail net. In general, logistics delivery and sea transportation can be used. During transportation, care should be taken to prevent sun, rain and mechanical damage.

Application scenarios

Hail prevention nets have a wide range of application scenarios, mainly including the following scenarios:

 Agricultural field: Anti-hail nets are widely used in orchards, vegetable gardens and other places to protect crops from hail and other severe weather. By covering the scaffolding to build an artificial isolation barrier, hail is kept out of the net, effectively controlling the damage to crops caused by various types of hail, frost, rain, snow and other weather conditions. At the same time, the anti-hail net also has the function of moderate shading, creating favorable conditions for crop growth.

 Meteorological field: anti-hail nets can be used for artificial weather modification operations to reduce hail disasters by changing the trajectory and speed of hail.

In summary, as an important agricultural meteorological facility, anti-hail net has significant advantages and a wide range of application scenarios. Relevant matters need to be paid attention to during production, packaging, transportation and use to ensure its quality and effect.