The diamond fence, also known as the whole woven embossed mesh, is a type of metal mesh that has the advantages of sturdy structure, strong pressure resistance, uniform mesh holes, and long service life.
The production process of diamond fence includes the bending point at the junction of warp and weft threads, which is the most widely used embossed weaving method. Due to its structural stability, the diamond fence can withstand significant pressure and impact, making it very suitable for use in harsh environments. In addition, a uniform mesh not only ensures the accuracy of material filtration, but also helps to enhance the overall strength of the mesh surface.
In mines, embossed flat nets can be used for support, screening, and safety protection.
The weaving methods of diamond fence mainly include bi-directional wave isolation bending, flat top bending, bi-directional bending, locking bending, and rolling before weaving.
Bidirectional wave bending: The mesh woven in this way presents a wavy shape, with evenly distributed mesh holes, beautiful and sturdy.
Flat top bending: This weaving method makes the top of the mesh surface flat, suitable for situations that require a smooth surface.
Bidirectional bending: The mesh woven in this way has good stability and load-bearing capacity.
Tight lock bending: This weaving method makes the mesh surface structure more compact, enhancing the compression resistance and wear resistance of the mesh.
Rolling before weaving: This method involves pre bending the metal wire before weaving to make the mesh structure more stable.
Overall, there are various weaving methods for embossed flat nets, and suitable weaving methods can be selected according to specific application needs. Regardless of the weaving method chosen, diamond fence can play an important role in various industrial fields such as mines.