Production process

The 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. The hail nets produced by high-precision machines have better tensile properties and wear resistance.

Sewing: further processing of the finished product to ensure its integrity and durability.

Packaging and transportation

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

Packaging method: Choose the appropriate packaging method according to the different demand and specifications of the hail net. For example, hail nets with smaller width or smaller mesh can be packaged in rolls; when the quantity is small, it can be packaged with colored strips.

Transportation method: Choose the appropriate transportation method according to the quantity and distance. If the demand is small, you can choose air transportation; if the demand is large, you can consider sea or land transportation.

Note: During the packaging and transportation process, pay attention to prevent damage to the net surface and ensure the integrity of the hail net.

Application scenarios

Hail prevention nets have a wide range of application scenarios in multiple fields:

Agricultural field:

Orchards: such as vineyards, apple orchards, etc., to prevent hail damage to fruits and improve fruit yield and quality.

Vegetable gardens: prevent hail damage to vegetables, reduce the use of pesticides, and improve the quality and safety of vegetables.

Meteorological field: can be used for artificial weather modification operations to achieve the purpose of reducing hail disasters by changing the trajectory and speed of hail.

In summary, hail prevention nets have many advantages, fine production processes, convenient packaging and transportation, and a wide range of application scenarios. It plays an important role in fields such as agriculture and meteorology, and provides a strong guarantee for reducing hail disasters and protecting crops.