As an indispensable part of modern home life, woven mesh screens can not only effectively prevent mosquitoes from entering the room, but also provide a safe and comfortable living environment for the family while ensuring ventilation. This article will explore the material selection and production process of woven mesh screens in depth to help readers better understand this product.

Material selection
The materials of woven mesh screens are varied, and each material has its unique performance and applicable scenarios. Common materials include:

Nylon materials: Nylon screens are a common type on the market. They are woven with nylon fibers and have the characteristics of lightness, durability, and good light transmittance. Nylon screens have good aging resistance and are moderately priced, but they are easy to absorb dust and need to be cleaned regularly.
Metal materials: Metal screens, such as stainless steel screens, are woven with stainless steel wire and are moisture-proof, anti-corrosion, and extremely durable. This type of screen is particularly suitable for coastal or humid environments, but the price is relatively high. In addition, aluminum alloy screens are also a type of metal material. They are light, strong, and not easy to rust, and are often used in high-end residences.
Fiberglass material: Fiberglass screen, also known as invisible window screen, is a modern high-tech product. It has high strength and good sound insulation, but it is expensive and the installation process may require professional skills. However, due to its excellent sound insulation performance and aesthetics, fiberglass screens have been widely used in some high-end residences.
PVC material: PVC screens are made of polyvinyl chloride material, which has the characteristics of corrosion resistance, easy cleaning, and rich colors. However, compared with stainless steel and aluminum alloy, PVC screens are slightly less durable.
Weaving process
The process of woven mesh screens mainly includes the following steps:

Material preparation: According to the design requirements, select suitable materials and specifications. Ensure that the material quality meets national standards to ensure the durability and safety of the screen.
Weaving process: Use different weaving methods such as plain weaving and twill weaving to weave the material into a mesh structure. During the weaving process, the size and shape of the mesh need to be strictly controlled to ensure the ventilation and mosquito-proof effect of the screen.
Cutting and welding: Cut the woven mesh according to the size and shape of the window. For meshes that need to be spliced, welding or sewing processes are used to connect them to ensure the integrity and stability of the screen.
Frame making and installation: The frame of the screen can be made of aluminum alloy, plastic steel, wood and other materials. The making of the frame needs to take into account the strength, stability and durability of the material. When installing, according to the type and size of the window, choose a suitable installation method, such as magnetic suction, adhesive, fixed, etc., to ensure that the screen is firmly fixed on the window.
Quality inspection: During the production process, the screen needs to be quality inspected, including the uniformity of the mesh, the strength of the material, the stability of the frame, etc. Ensure that the screen meets the relevant standards and requirements, while paying attention to aesthetics.