Woven netting is a special, transparent and resistant covering that helps minimize exposure to extreme weather conditions. This is particularly useful for the protection of delicate crops, such as fruits and vegetables. These thermal nets are designed to allow air to circulate freely within the crop, allowing air to flow while maintaining the proper balance. This allows the crop to maintain an optimal temperature without being affected by cold or heat, which is important for healthy food production. One of the main contributions of woven netting is that it provides excellent wind protection, allowing crops to stand firm during a storm and preventing them from being damaged by rain or wind. Woven netting also has the unique benefit of preventing damage from insects or pathogens by keeping these bugs away when covered.
It can also help reduce the evaporation of moisture from crops, thereby reducing the amount of water needed to irrigate them. This is particularly useful for arid areas, mainly where rainfall levels are very low. This saves a lot of time for farmers and ensures that their crops remain healthy. Another benefit offered by thermal netting is the increase in crop production. These nets can increase the growth rate of a crop by up to 25%, resulting in increased food production. This is beneficial for crops in cold climates, as they can stimulate growth up to 8 days earlier than without cover. The trellising is very useful for farmers and gardeners, protecting their crops against extreme weather events, insects and pathogens, as well as saving water and accelerating crop growth.
How to maintain a woven mesh?
The woven netting is composed of a non-woven material usually consisting of a mixture of synthetic fibers such as polypropylene, or other materials. The material provides mechanical strength and resistance to thermal radiation. This mesh is installed between the environment and the element to be protected from radiation, insulating the desired object and maintaining the heat. The efficiency and durability of a woven mesh depends on how well it is maintained and how often it is maintained. Here are some recommendations to help you keep your thermal netting in good condition:
1. Check the woven mesh once a year. Thermal mesh is exposed to sometimes extreme weather conditions, which can cause damage to its structure. Therefore, it is important to check the thermal mesh once a year to ensure that it is not damaged and remains in good condition.
2. Clean the woven mesh regularly. It is recommended to clean the thermal mesh at least once a month to remove accumulated dirt and prevent it from affecting the efficiency of the materials and the mechanical strength of the mesh. Use mild soap and water to clean the mesh.
3. Frequently check the tension of the mesh. To keep the mesh taut and free of abrasions, the mesh tension should be adjusted regularly. The mesh should be tensioned as often as possible.
4. Check the accessories contained in the mesh. Check that all tools used for installation and the use of clips and materials are appropriate for the type of mesh being installed.
5. Replace the woven mesh if it was damaged. If the thermal screen has any damaged or worn parts, it is important to replace them as soon as possible to avoid major problems. There are different characteristics in terms of material, strength and size.
What is the INVERNAVELO woven netTING?
Although proper maintenance of the woven mesh does not guarantee that it will never be damaged, it is very important to keep it in good condition for a long time. If you have followed the above steps, you will be able to enjoy your thermal netting for much longer. One of the best ways to monitor a protected bean crop is with the help of modern technology. In most cases, there is a wide range of remote monitoring and control available for use. This allows growers to monitor the crop from almost anywhere and get more accurate information. One of the most useful ways to monitor a protected bean crop is through the use of sensors. This includes things like temperature, soil moisture, light ban and water quantity sensors. These sensors monitor the greenhouse environment and send an immediate alert when critical conditions are detected.
This information can be used to regulate automatic irrigation systems, adjust ventilation and heating, and prevent disease and pest growth. Another way to monitor a protected bean crop is through the use of surveillance cameras. These cameras allow growers to monitor conditions in the greenhouse without visiting the site. In some cases, the images sent by the camera can be transmitted to a central office, so farmers can make informed decisions to optimize overall crop performance. Data analysis can also be a useful tool for monitoring a protected bean crop. There are a number of analytical systems that allow growers to better understand the long-term behavior of their plants. These systems allow growers to identify crop problems more quickly, as data is automatically collected and stored in a database. This information helps inform management by farmers, as well as predict productivity and yields.