As an important accessory for modern home doors and windows, the durability and protection performance of metal window screens depend largely on the weaving process. At present, the mainstream metal window screens on the market mainly use two processes: plain weaving and twisted weaving. So which one is stronger and more durable?

Plain weaving is the most common process, which uses vertical interlaced weaving of warp and weft lines, and has a simple and uniform structure. The advantages of this process are flat mesh surface, good air permeability and low production cost. However, the impact resistance is relatively weak, and it is easy to deform when impacted by external forces, which is suitable for ordinary families to prevent mosquitoes.

Twisted weaving (also known as twill weaving) uses a more complex weaving method, with metal wires interlaced at a certain angle. This process makes the window screen have better flexibility and tensile strength, and it is not easy to deform and crack when subjected to external forces. At the same time, the twisted structure can better disperse the impact force, and the anti-theft performance is better, which is particularly suitable for low-rise residential buildings and places that need to be strengthened.

In terms of durability, the life of twisted weaving window screens with the same material is usually 30%-50% longer than that of plain weaving. However, the production cost of the twisted pattern is higher, and the selling price is relatively more expensive. In addition, the mesh density of the twisted pattern window screen is slightly lower, and it is slightly inferior to the plain pattern window screen in preventing small mosquitoes.