Release time：2024-01-03 18:24:46
The development of briquetting machines is constantly being updated with the advancement of science and technology. The briquetting machine briquette industry has always had a huge space for development, which can reflect the development trend of the machinery industry. We must have the technology to face it. Based on the development of the market and the needs of customers, we will develop the briquetting machine. Today we will make a comparison of the pressurizing methods of the briquetting machine.
The pressurizing method of the briquetting machine is mainly divided into the inclined iron constant pressure pressurizing method and the hydraulic pressurizing method. The inclined iron pressurization method is mainly used for some materials with lighter specific gravity, such as coal powder, coke powder, coke, etc. We use a constant pressure briquetting machine to make pellets, both in terms of use effect and Economically speaking, they are all good choices for us. They can not only meet the needs of customers but also enable us to achieve certain economic savings.
Hydraulic pressurization method is a method that can automatically adjust the pressure. It is mainly used for some powder materials that are relatively loose and have a large specific gravity, such as iron powder, manganese powder and other metal ore powder materials. It can give sufficient pressure, and then press These powders are pressed to achieve the desired pelletizing effect. Between the two, inclined iron pressurization has a longer service life than hydraulic pressurization, but the disadvantage lies in its non-adjustable nature.
The installation of the mineral powder briquetting machine body is rationalized to facilitate the replacement of various parts. The roller skin must be forged from a high-alloy steel blank and processed as a whole, with high precision and strong hardness. The ball socket on the roller skin must be ground, so that it has a high smoothness and is easy to use. Remove from the mold. In addition, pressure control must be determined based on the characteristics of the material and cannot be generalized. Adjust to a suitable pressure according to different materials.
