The composite layer can achieve a high alloy layer that is difficult to achieve by other methods, thus making the overlay steel plate achieve what is impossible to achieve with casting materials. At the same time, since the base material is plain carbon steel, it not only reduces the production cost, but also enables free welding, splicing, bending, arcing, pipe rolling, punching and welding bolts on the plain carbon steel side, making the application of overlay steel plates wide. In addition, by designing the composition of the alloy layer, it is possible to obtain functional composite layers such as heat and corrosion resistance.
Composite and inlay technology
For some working conditions are more severe, frequent replacement cycle of important parts, personnel are currently studying a composite and mosaic technology to obtain the ability and longer service life.
The metal since technology is through in the lubricant carrier to add a since powder material, in the process of friction movement in the metal parts wear surface to produce a very hard, very flat since layer, in order to achieve wear and improve the purpose of life.
Using metal self technology, it is possible not only to in-situ without disassembly of the worn metal surfaces of various machines, but also to pre-treat the surfaces of new parts. At present, although the technology has not been widely used in the cement industry, but it is foreseeable that with the continuous improvement of metal since technology and its further application in the cement industry, it will play a huge role in the continuous improvement of cement production equipment and energy saving, power saving, etc.
It should be noted that although various technologies have good use, they are bound to have some limitations of their own. There is no one material technology in the world, and cement companies should choose the material technology that is suitable for them according to their actual situation.
