Ultrafine Mill Production Efficiency

Ultrafine Mill Production Efficiency

Ultrafine Mill service is very wide, widely used in a variety of ore processing areas, of course, its broken materials are all kinds of have, in the face of different materials, Ultrafine Mill production efficiency is not the same The following is about the nature of the material is relatively speaking, the mill’s production efficiency is not the same.

  • 1, The Hardness Of The Material: the greater the hardness of the material, the corresponding reduction of milling capacity, the crushing and milling of materials have a great impact, therefore, choose to buy Ultrafine Mill must be based on the characteristics of broken material Buy.
  • 2, The Viscosity Of The Material: the greater the viscosity of the material, the easier the adhesion, the viscosity of the material in the Ultrafine Mill will stick to the inner wall of the mill chamber, if not timely clean-up, will seriously affect the Ultrafine Mill efficiency , Serious will affect the normal work of Ultrafine Mill. Therefore, the choice of materials, we must pay attention to the viscosity of the material can not be too large.
  • 3, The Humidity Of The Material: that is, when the water contained in the material is large, the material is easy to adhere in the Ultrafine Mill and is also easily clogged in the feeding process, resulting in the reduction of the milling ability. Solve this problem, first of all, when the material selection to strictly control the temperature of the material, if the temperature of the selected material is too large, sunshine or air can be used to reduce the percentage of moisture in the material.

Different material properties of the impact of the production capacity of the mill, then require you to choose when Ultrafine Mill must comply with the nature and characteristics of the material, choose a suitable size Ultrafine Mill can effectively improve the productivity of crushing production line.

Leave A Comment

Required fields are marked *. Your information will not be published or shared.