A hail net is a net specially design to cover vertical surfaces
Such as roofs and walls of buildings, to protect them from hail damage. Hail net is install on a vertical surface in a manner similar to a security or insect screen. It is usually attach directly to the roof or wall using nails, metal patches or an adhesive solution. This screen is not visible but offers great protection. It is a practical and necessary prevention in places where the danger of hail is high. This netting has the ability to absorb hail impacts much better than paint, tiles, cement or other common materials. Limiting and preventing the damage that hail can cause.
For optimal installation, hail net panels should be place with a slight overlap to minimize the number of surfaces susceptible to hails damage. This ensures that each panel absorbs the impact rather than allowing hail to enter between panels. Some panels are design to withstand much greater impacts than others and this will depend on the material and the protection it provides. For example, a hail screen made of aluminum is much more impact resistant than one made of galvanized steel sheet. There are also additional panels that offer greater impact resistance, but they also come at a higher cost.
Along with the hail net, there are also other useful elements to prevent hail damage such as steel frames
Joint clips, rivets and appliqués, among others. These help to ensure the proper bonding of the hail net panels to the surface to be protect.
In recent years, the industry has made significant progress in developing new materials to improve the strength of hail net. These modern materials are not only characterize by a better quality. But also by a higher resistance to hail impact, which undoubtedly amplifies the quality of the final product.
Hail net is an indispensable measure in places where the probability of being affect by hail is high. This netting absorbs hail impacts to prevent significant damage to the roofs or walls of a building. When properly installed, it ensures that the protection is effective and durable.
Materials from which a hail net can be made
A hail screen can be made from a variety of materials. Which offer different properties to protect roofs, windows and other surfaces of the house from hail damage. There are three common materials for the manufacture of these nets: plastic sheeting, wire mesh and nylon fabric.
Plastic sheeting is an inexpensive and quick solution for lightning protection. However, this option is not the strongest and, therefore, is not advisable for high wind or large hail situations. In addition, plastic gets cold over time and is not very resistant to the sun’s UV rays. So it can fade and break down over time.
Wire mesh is a more durable option than plastic sheeting. Wire cloth, primarily aluminum and galvanized steel, is commonly use for hail screens because of its strength and durability. In addition, wire mesh is much more resistant to the sun’s UV rays than plastic sheeting. Allowing it to better withstand harsh weather.
Finally, nylon fabric is a very lightweight, but very strong, option for hail net
This fabric is resistant to tearing, UV rays from the sun. Wind and hail, making it the perfect choice for those who want to protect their roofs, windows and other surfaces from hail damage. The nylon fabric is also available in different texture patterns to enhance the appearance and functionality of the netting.
Depending on the climatic environment where one lives and the desire requirements. Different materials can be consider for the fabrication of a hail screen for home protection. Plastic sheeting is an economical option that offers basic protection. While wire mesh is strong and durable to withstand extreme weather conditions. On the other hand, nylon fabric is lightweight, strong and available in different patterns to enhance the appearance of the screen. Each of these materials can offer advantages and disadvantages compared to the others. So it is important to carefully consider the choice of a material to construct the screen.
Benefits of anti-hail netting for agriculture
As its name indicates, the anti-hail net is a system design to protect plantations from the effects of hail, mainly in situations of large and relatively frequent hail. This netting is compose of a woven fabric cover by a thin aluminum film and was design to absorb and disperse the effects of hail by means of a wire mesh. This netting can be install in greenhouses as well as in open fields.
The benefits of anti-hail net in agriculture are many. First and foremost, it protects the crop from hail, which allows the farmer to always obtain the best results. This is especially valuable in regions with somewhat colder climates. Where weather changes are much more pronounced and the risk of hail or ice damage is significantly higher.
In addition, the anti-hail net offers increased wind resistance. Which means that the planting remains safe even under high wind conditions. This is particularly beneficial in seasons of high winds, which can damage crops instantly. The netting thus offers additional resistance to high winds, reducing the risk of damage.
An additional benefit that anti-hail netting offers to agriculture is the reduced amount of insect diseases that can be found on crops
Since insects are a major cause of crop damage, by installing hail net the farmer is reducing the risk of insect damage. In addition, the anti-hail net still allows light and air to enter the plantation, allowing it to maintain its optimum characteristics. And finally, it makes it difficult for small creatures to enter the plantation, such as mice, voles and other rodents that can damage crops. This is especially useful if the farmer uses his land for animal husbandry and allows him to prevent the entry of parasites or diseases that can affect the animals housed on that land.
As can be seen, the anti-hail net offers a great number of benefits to agriculture and is a useful and necessary product for farmers who live in areas with frequent climatic changes. Thanks to this netting, producers can limit the risk of damage to their crops, which gives them the confidence to obtain the best results in each agricultural field.
