This well-applied technology can enhance the capacity of urban gardens, providing protection against erosion and vandalism, facilitating the optimization of natural lighting and providing a competitive advantage in food production. Demonstrating its versatility, woven mesh can be applied to almost any space with the capacity to produce food, from large urban gardens to small city balconies. Woven mesh provides an effective way to structure and leverage production space by providing specific differentiation between productive modules. This allows urban farmers to create a customized space to meet their exact needs, safe in the knowledge that the woven mesh offers secure protection against factors such as erosion and vandalism. Some of the special characteristics of woven netting are its elasticity, strength and softness. This elasticity allows the netting to adapt perfectly to the growth of trees and shrubs and provides a secure framework.

This results in a more robust and secure orchard. In addition, woven netting not only provides erosion resistance but can also be used to store, improve and protect the soil where trees and shrubs give ground. These characteristics can be widely leveraged in urban gardens to help smallholder farmers optimize production and decrease the risk of erosion, as well as improve the quality of the natural environment. One compelling use of woven mesh in urban gardens is to improve light control. This is achieved by shielding some elements such as trees and shrubs from direct solar radiation. By providing shading, the woven mesh can help slow soil evaporation and facilitate rooting. Adjusting light content also provides a competitive advantage in food production. Woven netting can provide targeted shading that optimizes food production and quality where it is needed.

Increased productivity with woven netting in greenhouses

Woven netting has been perceived as one of the main solutions for increasing productivity in greenhouses. It is a product based on strung and woven yarns with the purpose of creating a protective layer on which food grown in greenhouses can be examined without the need to open the structure. This excellent solution of woven netting in greenhouses has proven to be a significant advantage for growers, giving them greater productivity, since by employing it, it is possible to grow a variety of crops more easily and safely. One of the most important features of woven greenhouse netting is its versatility in terms of use. Woven netting is a multi-purpose solution, as it can be used for a variety of fruit and vegetable crops, as well as for planting flowers.

In addition, the woven netting is designed to resist temperature variations, as well as wind and external impacts, which results in a longer life span of the crops using this protective netting. This results in higher production, which translates into increased productivity. In addition, woven greenhouse netting also supports growers with the control of pest development, limiting insect and mammal invasions. This is because woven netting has the characteristic of not allowing insects and other insects to enter the greenhouse. The netting also protects crops from excessive light entering the structure, which helps create optimal environments for crop growth. This helps prevent damage caused by excessive sunlight or drying out of fields, which can hinder food germination. As an effective protection solution, woven greenhouse netting is extremely resistant to tearing, breaking and wear.

Ways to use a woven mesh in industries

Woven netting is one of the most versatile tools available for industrial complexes. Long used in implement manufacturing, marine equipment, aviation and other fields, woven netting has become one of the leading materials for industrial complexes. Due to its variety of sizes, strengths, corrosion resistance, longevity and resistance to temperature variation, woven netting is an ideal choice in industrial complements that require reliable and durable elements. Among the main uses of woven mesh in industrial complexes, one of the first is its use as a lining for floors and ceilings. This is because the mesh is very resistant to abrasion and will give a smooth and resistant surface, even if there are high temperatures and considerable amounts of friction. Therefore, the mesh is widely used in trucks, freight cars and the like.

The mesh is also used in more specialized applications such as coatings for coating liquids or environmental fuels. In order to control liquids indoors, in hydraulic brakes, injectors, cooling systems and the like, the mesh is a useful tool to prevent liquid leaks. This is because woven netting can resist the chemicals used for these applications. In many industrial complexes, netting is also used to create protections and separations. This means that the material is ideal for protection against dust, moisture, explosive dusts, sparks, etc. Likewise, mesh is also very useful for such businesses because items made from it can serve as fences to prevent the passage of people or animals. It is not surprising, then, that woven mesh is used in a wide variety of applications in industrial complexes. It has properties of resistance to corrosion and temperature changes, as well as high resistance to abrasion.