Hail Nets
The hail nets has the advantages of high tensile strength, heat resistance, water resistance, corrosion resistance, aging resistance, non-toxicity and tastelessness, and easy disposal of waste. At the same time, it is easy to install and maintain, and can effectively resist the invasion of natural disasters such as hail and heavy snow on crops and reduce agricultural losses.
The hail nets is an agricultural protection facility, mainly used to block hail, protect crops from damage, reduce the impact of natural disasters on crops, and ensure the safety of agricultural production.
Function of hail nets
The main function of hail nets is to protect crops from damage caused by natural disasters such as hail, heavy snow, and freezing. Its mesh structure can effectively block the invasion of particles, debris, ice and snow in these disasters, thereby reducing crop losses and improving crop yields and quality.
Raw materials of hail nets
The main raw material of hail nets is polyethylene with anti-aging, anti-ultraviolet and other chemical additives added. After drawing, this material can form a mesh fabric with excellent physical and chemical properties. The hail nets made of this material are not only high in strength and tensile strength, but also anti-aging and corrosion.
Pictures of raw materials of hail nets:
Production process and flow of hail nets
The production process of hail net mainly includes wire drawing, warping, weaving, cutting and sewing. Wire drawing is the key to ensure the quality of hail net products, which determines the tensile strength and anti-aging ability of hail net. The warping process affects the axis flatness and aesthetics of the formed hail net. During the weaving process, high-precision machines are required to ensure the tensile performance and wear resistance of the hail net. Finally, after cutting and sewing, the production of hail net is completed.
Pictures of the production process of hail nets:
Packaging method of hail nets
Anti-hail net is generally packed in a roll with a paper tube and then sealed with a transparent plastic bag. This packaging method is convenient for storage and transportation, and can also protect the anti-hail net from damage during transportation.
Transportation methods of hail nets
Hail nets are mainly distributed by road and sea transportation. This method can ensure that the hail nets are delivered to customers in a timely and safe manner to meet their actual needs. Generally, after we load the hail nets into containers, we first use trailers to transport the containers to the port, and then use cargo ships to transport the hail nets to the destination specified by the customer.
Pictures of hail nets transportation and packaging:
Application fields of hail nets
Hail nets are widely used to protect various crops, such as vegetables, fruits, tea, cotton, tobacco, etc. Especially in areas prone to natural disasters such as plateaus and mountainous areas, hail nets have become an important means for local farmers to protect crops. In addition, hail nets can also be used to isolate pollen when breeding original seeds of vegetables and rapeseed, as shields for potato and flower tissue culture after virus removal, and for pollution-free vegetables.
Pictures of hail nets application areas:
Product parameter details
Product Name | Hail Nets |
Material |
High-strength polyethylene with UV stabilizer |
weight |
74g/m2 (Can be customized upon request) |
size |
3mx12m (Can be customized upon request) |
color |
Fully implement white weave and customize according to requirements |
application |
Essential tools to prevent natural disasters such as hail |
Maximum tensile strength | 2199 N |
Package |
Each piece is packed in a plastic bag |
Energy Absorption | 3.83 kj |
Advantage |
High corrosion resistance and weather resistance |
Resistant to organic solvents |
very good |
Mesh Connection |
High strength monofilament warp knitting, knot-free |
Weak acid/strong acid resistant | very good/very good |
Flexural strength and wear resistance | very good |
Weather resistance | very good |
Behavior in heat/fire |
Melt first, then burn |
Electrical characteristics |
Isolation, no conductivity |
Tensile strength | Very good |