First, keep the mesh away from the elements. Mesh is a light and soft material; however, ultraviolet rays from the sun and rain can deteriorate it over time. Although freeze-proof netting is specially designed to withstand very low temperatures, weathering can damage the fabric. Avoid exposing the mesh to the sun for a significant amount of time. It is also important to remove accumulated dirt and debris from time to time. Tighten the woven frost protection netting weekly to remove dust particles, dirt, mold, mildew and dust mites. You can use a soft brush to remove any foreign matter and wash the screen with a mild solution of detergent and warm water. Do not use chemicals or abrasives unless strictly necessary. Check the antheladas mesh regularly to ensure that it is securely fastened to the floor.
This will prevent the screen from slipping and destroying your screen. If you need to re-secure your screen, use staples or metal fasteners that are weather resistant. Don’t use string, as the mesh can easily unravel. And check the joints frequently to make sure they are weather-resistant. Tighten the edges of the fabric to make sure they are fastened to the ground. If there is any space between the mesh and the soil surface, fill it with soil to help reduce weed buildup. While woven anti-germ mesh is a handy tool for protecting your garden and plants from frost and weather conditions, it is important to maintain it carefully to make sure it does its job well.
Keeping the screen out of the sun, cleaning it regularly, securing it firmly to the ground, and checking the seams regularly are some of the best ways to keep it in good condition. It works similarly to a protective cloth, keeping warm air close to the plant to prevent cold from touching the soil surface. These solutions are often used in areas of extreme climates to prevent the development of frost, which can damage or kill the crop. There are several important considerations growers should make before installing a woven frost netting. These considerations include the local climate, flora and fauna, and the economic importance of the crop. It is important for the farmer to find out about the local climate before making a decision on where and how to install the netting.
This includes temperature, location, amount of cold, humidity, and wind direction and speed. These factors influence frost development on the soil surface, so it is essential to understand them before installing the netting. Once the grower has determined what factors he is facing, he can estimate the amount of netting needed and begin to install it. In addition to climatic information, the grower should also consider the potential need to adjust the placement of the netting to accommodate other factors. This includes the surrounding flora and fauna, particularly those that would benefit from the warmer temperature. The grower should also consider the height of netting needed, to avoid interference with wildlife as much as possible. The farmer should also consider the economic value of the crop for which the funds to install the netting are intended.
Ways to prevent damage to woven frost protection netting
Damage to a woven frost netting can be prevented with some essential care. First, select the right mesh material for the climatic conditions and terrain. For example, if it is subject to strong side winds, it should resist very well to such air flow. In addition, it is advisable to carry out a periodic inspection of the mesh to verify the weakest points, where tears or fraying may occur. Once you detect a defective area, you should immediately repair the breakage by applying stretch tape, special rivets, staples or any necessary corrective mechanism. Another important area to consider is the maintenance of the frost protection netting. It should be brushed regularly to remove dirt and vegetation debris, which would significantly affect its frost resistance, allowing snow or ice to adhere.
In addition, the resistance and stability of the soil in which the mesh is located must be verified to prevent the posts from shifting or creating holes under the mesh, which would weaken its support and could cause it to break. The use of lubricating materials inside and outside the mesh is also useful to prevent damage to the mesh. Applying a few drops of mineral oil on the wire allows to reduce the friction between them and to achieve a greater stability of the mesh, avoiding losses of conductive resistance to abrasive materials or corrosion. In general, it must be taken into account that these meshes must be fastened with very robust posts. These must be driven deep enough into the ground to withstand all sudden changes in temperature and wind action.