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Key Evaluation Factors Affecting Emulsifying Machine Equipment


Release time:

2019-05-06

Emulsification refers to the physical combination of two or more materials without any chemical changes. It includes self-flow emulsification and mechanical emulsification. Self-flow emulsification refers to the movement of materials and achieves later uniform emulsification through self-friction. Mechanical emulsification refers to the uniform emulsification of materials through mechanical forcing. General gas emulsification is self-flow emulsification. Three-dimensional emulsification equipment emulsification is a combination of self-flow emulsification and mechanical emulsification. All emulsification in which the emulsification container does not move is mechanical emulsification. The quality of emulsifying equipment is evaluated according to different physical quantities. 1, emulsification uniformity: analysis of the physical quantity of material participation, through the general

Emulsification refers to the physical combination of two or more materials without any chemical changes. It includes self-flow emulsification and mechanical emulsification. Self-flow emulsification refers to the movement of materials and achieves later uniform emulsification through self-friction. Mechanical emulsification refers to the uniform emulsification of materials through mechanical forcing. General gas emulsification is self-flow emulsification. Three-dimensional emulsification equipment emulsification is a combination of self-flow emulsification and mechanical emulsification. All emulsification in which the emulsification container does not move is mechanical emulsification.
 
The quality of emulsifying equipment is evaluated according to different physical quantities.
1, emulsification uniformity: analysis of the physical quantity of material participation, obtained by probability theory, emulsification uniformity is determined by the type of emulsification equipment.
2. Dead angle: refers to the physical phenomenon that materials cannot participate in emulsification in the emulsification container. The percentage of dead angle is a physical quantity to evaluate the quality of emulsification equipment manufacturing.
3. Emulsification time: the physical quantity for evaluating the emulsification speed refers to the time from the beginning of emulsification of different materials to the uniformity requirement. The emulsification time is determined by the type and model of emulsification equipment.
Improve the air permeability of the mixture to improve the output of the sintering machine, the use of emulsifying machine to sinter emulsified materials to make pellets. Effective measures to improve sinter quality and reduce sinter energy consumption. The principle of using the emulsifying machine to make the ball is that the emulsified material rolls into the ball in the emulsifying machine. On the one hand, the emulsified material rolls into a ball in the emulsifying machine, on the other hand, the ball that has been formed into a ball is subjected to rolling impact damage, rolling friction damage, throwing and beating damage of the emulsified material in the emulsifying machine.
  
If the process parameters of the emulsifying machine and the design of the lining board are unreasonable, the emulsified material not only rolls but also slides and unloads in the emulsifying machine. The sliding and unloading process of the emulsified material in the emulsifying machine cannot be made into balls, and it has a destructive effect on the balls in the emulsified material. The optimization design of emulsifying machine is about how to extend the rolling distance of emulsified material in the emulsifying machine and reduce the impact, friction, sliding and unloading of emulsified material balls in the emulsifying machine.
  
Emulsification machine to strengthen granulation technology:
1. Optimization and transformation of process parameters such as speed, inclination and filling rate of emulsifying machine.
2. Nylon lining plate with pattern is added inside the emulsifying machine. The main purpose of adding a patterned nylon liner inside the emulsifier is to improve the ball-making effect.
In the past, the emulsifying machine used a liner with a lift plate. On the one hand, the effective working diameter of the emulsifying machine is reduced, and on the other hand, the material is carried by the material lift plate at work, so that the emulsified material is thrown down in the emulsifying machine, which is unfavorable to the ball making. When the emulsifying machine works, the sintering emulsified material is brought to a certain height by this friction force, so that the emulsified material forms a regular rolling in the emulsifying machine, which is very beneficial to the emulsified material.