Low Energy Consumption HVM Series Bauxite Vertical Milling Machine Powder Line

Description

The bauxite mill is a bauxite mill with controllable and adjustable particle size for grinding bauxite products and high powder selection efficiency.
At present, bauxite is mainly used for smelting aluminum and making refractory materials. It can also be used to make various compounds of aluminum in the ceramic industry and the chemical industry.

【Advantage】

• High Grinding Efficiency
• Low Power Consumption
• Large Feed Particle Size
• Product Fineness Is Easy To Adjust
• Equipment Process Is Simple
• Small Footprint
• Low Noise And Little Dust
• Easy To Use And Maintain
• Low Operating Cost
• Low Consumption Of Wear-resistant Materials

Technical Parameters Table

Re: The data based on Mohs'hardness 3-4 material
The product fineness can reach 10 um(1250 meshes)

【Solution】

In terms of grinding system, aiming at the different physical and chemical characteristics of various types of materials in various industries, such as moisture, grindability, product fineness, safety, etc., we have developed highly targeted, mature, reliable, safe and efficient grinding technology and supporting equipment. The equipment is HVM type vertical mill. The processed materials range from high humidity to dry materials, from extremely difficult to easy to grind materials, and the fineness of products ranges from coarse to fine. It has a wide range of fields and a wide variety of materials. . Provide scientific and reasonable complete process plan and equipment selection of vertical mill pulverizing system, and provide integrated powder processing solutions.

For the production of coarse powder, the type selection of vertical mill needs to adopt the structure of the powder separator with low resistance and anti-wear. At the same time, due to the large number of large particles, necessary anti-wear treatment and powder separator structure design are required to achieve reasonable powder selection output and energy consumption;

For the production of ultra-fine powder, the vertical mill should focus on the design and optimization of the powder separator. Due to the large resistance of the powder selection at this time, it is necessary to strictly control the fineness, and to prevent the large particles from running thick, excessive blade wear and damage. Problems such as abnormal vibration caused by large internal resistance of the mill. Therefore, for materials with different product fineness requirements, it is necessary to calculate and analyze the smoothness of materials and gases in the vertical mill, especially the part of the powder separator, according to the characteristics of the material, so as to determine a reasonable structure of the powder separator (such as the rotor form, the number and angle of blades, the number and angle of stationary blades), and at the same time, necessary auxiliary means should be taken to control (such as using a sealed fan for gas sealing to effectively control the running of large particles).