What are the performance of the use of woven titanium mesh


Release time:

2024-04-19

Titanium mesh refers to: 99.5% of titanium wire is drawn to the specified wire diameter, and different wire diameters are selected for different meshes! The surface of titanium mesh is black and bright or white (the black one is more common in the market). The material of titanium mesh can be divided into T1, TA2, GR2, GR3, R50250 and above five kinds of materials. In the market, the common materials are in the front, and the latter two are national standard standards. The batch number and steel number of each country are different, so the name is mostly not the same.

Titanium mesh refers to: 99.5% of titanium wire is drawn to the specified wire diameter, and different wire diameters are selected for different meshes! The surface of titanium mesh is black and bright or white (the black one is more common in the market). The material of titanium mesh can be divided into T1, TA2, GR2, GR3, R50250 and above five kinds of materials. In the market, the common materials are in the front, and the latter two are national standard standards. The batch number and steel number of each country are different, so the name is mostly not the same.

The mesh number of titanium mesh is generally 4-100 mesh. Our factory sells 4 mesh, 8 mesh, 10 mesh, 20 mesh, 30 mesh, 40 mesh, 60 mesh, 80 mesh and 100 mesh (mesh density) spot sales, which is characterized by saving the production cycle. The existing titanium mesh specifications in general enterprises are very few, and it is also a brand-new product developed by our factory in 2015.

Weaving methods of titanium mesh: generally divided into three kinds of plain weave, twill weave and titanium ciphertext weave. The above two weaving methods are not introduced by our factory here. Titanium dense weave is a five-gift weave (jargon in the weaving industry) such as titanium mesh wires expressed by 1, 2, 3, 4 and 5.1 and 3, 2 and 5 and 4 are at the intersection of the two kinds of weave, the weaving process is difficult and the weaving time is slow. This kind of weaving has stable filtering and screening performance, fine mesh, and will not block the mesh. It is generally used in aerospace, petroleum, chemical and skewer fields.