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Introduction
The heat-conducting oil version ribbon mixer is a type of stirring mixer. This machine is equipped with a mold temperature controller. It features a simple structure, convenient operation and easy maintenance. This model is specially designed for processes with high temperature requirements, and the actual temperature can reach up to 200 degrees Celsius. Therefore, it is widely used in the powder processing industry and has achieved good economic benefits and practical results.
Working Principle
This machine is mainly composed of a cylindrical barrel with a jacket, a ribbon agitator, a transmission mechanism, a heat-conducting oil circulation system, an electrical control part, etc. The ribbon agitator is installed on the main shaft and rotates under the drive of the motor, forming a strong turbulent force field.
Due to the different arrangement forms of the inner and outer spiral blades of the ribbon agitator, different mixing operation states are formed. When the inner ribbon agitator rotates at a high speed, it can push the slurry from the center of the barrel to both sides; while when the outer ribbon agitator rotates at a low speed, it will draw the slurry on both sides to the middle. Therefore, after the continuous and repeated alternate pushing and reverse pushing processes of the mixture under the two different speeds, the purpose of highly homogenized operation is achieved.
At the same time, since the heat-conducting oil medium has been introduced into the jacket and there is a temperature difference between it and the wall of the barrel, a heat transfer channel is formed. In this way, this energy gradient can be utilized to achieve the purpose of heating or cooling. In addition, by virtue of the characteristics of the heat-conducting oil for heating up and cooling down and the adjustment of the corresponding heat exchange area, the temperature range of the materials in the container can be adjusted, enabling the materials to meet the operation requirements of the entire production process in a constant state.
Features
1.Efficient mixing: The special spiral stirring blades can fully mix all components of the materials in a relatively short time and achieve a high degree of homogenization. The homogenization coefficient is greater than or equal to 0.99.
2.Precise temperature control: It adopts a forced heat - conducting oil circulation heating system, uses a mold temperature controller and is equipped with an intelligent digital temperature controller. It can accurately control the temperature of the material liquid within the range of ±1℃.
3.Wide adaptability: It is suitable for the mixing and processing requirements of various types of media. It can effectively complete the mixing work for low - viscosity fluids or semi - fluids, high - viscosity pastes, as well as powder and granular solid materials.
4.Good sealing performance: Advanced sealing methods are adopted to prevent material leakage, eliminate material loss and environmental pollution, and improve the safety and cleanliness of the products.
5.Easy operation: The user-friendly dialogue interface makes the operation of the entire equipment more convenient and easy to learn. After presetting various parameters, you only need to press the start button, and the equipment will run according to the predetermined process without excessive manual intervention.
6.Convenient maintenance: The reasonable overall structure makes the disassembly and assembly of important parts in the equipment very easy, which greatly shortens the maintenance cycle of the machine, reduces the economic losses caused by downtime, and ensures the continuous stability of production.
The uniquely designed double-ribbon agitator can achieve efficient and uniform mixing and distribution. Low-speed mixing can reduce heat accumulation, which is particularly suitable for processes such as initial mixing, secondary mixing and coloring. The fully open top cover design facilitates thorough cleaning of the inside of the agitator; the air-blown bearing seal effectively prevents powder from entering the bearing, ensuring stable and durable operation of the equipment.
Introduction
The heat-conducting oil version ribbon mixer is a type of stirring mixer. This machine is equipped with a mold temperature controller. It features a simple structure, convenient operation and easy maintenance. This model is specially designed for processes with high temperature requirements, and the actual temperature can reach up to 200 degrees Celsius. Therefore, it is widely used in the powder processing industry and has achieved good economic benefits and practical results.
Working Principle
This machine is mainly composed of a cylindrical barrel with a jacket, a ribbon agitator, a transmission mechanism, a heat-conducting oil circulation system, an electrical control part, etc. The ribbon agitator is installed on the main shaft and rotates under the drive of the motor, forming a strong turbulent force field.
Due to the different arrangement forms of the inner and outer spiral blades of the ribbon agitator, different mixing operation states are formed. When the inner ribbon agitator rotates at a high speed, it can push the slurry from the center of the barrel to both sides; while when the outer ribbon agitator rotates at a low speed, it will draw the slurry on both sides to the middle. Therefore, after the continuous and repeated alternate pushing and reverse pushing processes of the mixture under the two different speeds, the purpose of highly homogenized operation is achieved.
At the same time, since the heat-conducting oil medium has been introduced into the jacket and there is a temperature difference between it and the wall of the barrel, a heat transfer channel is formed. In this way, this energy gradient can be utilized to achieve the purpose of heating or cooling. In addition, by virtue of the characteristics of the heat-conducting oil for heating up and cooling down and the adjustment of the corresponding heat exchange area, the temperature range of the materials in the container can be adjusted, enabling the materials to meet the operation requirements of the entire production process in a constant state.
Features
1.Efficient mixing: The special spiral stirring blades can fully mix all components of the materials in a relatively short time and achieve a high degree of homogenization. The homogenization coefficient is greater than or equal to 0.99.
2.Precise temperature control: It adopts a forced heat - conducting oil circulation heating system, uses a mold temperature controller and is equipped with an intelligent digital temperature controller. It can accurately control the temperature of the material liquid within the range of ±1℃.
3.Wide adaptability: It is suitable for the mixing and processing requirements of various types of media. It can effectively complete the mixing work for low - viscosity fluids or semi - fluids, high - viscosity pastes, as well as powder and granular solid materials.
4.Good sealing performance: Advanced sealing methods are adopted to prevent material leakage, eliminate material loss and environmental pollution, and improve the safety and cleanliness of the products.
5.Easy operation: The user-friendly dialogue interface makes the operation of the entire equipment more convenient and easy to learn. After presetting various parameters, you only need to press the start button, and the equipment will run according to the predetermined process without excessive manual intervention.
6.Convenient maintenance: The reasonable overall structure makes the disassembly and assembly of important parts in the equipment very easy, which greatly shortens the maintenance cycle of the machine, reduces the economic losses caused by downtime, and ensures the continuous stability of production.
The uniquely designed double-ribbon agitator can achieve efficient and uniform mixing and distribution. Low-speed mixing can reduce heat accumulation, which is particularly suitable for processes such as initial mixing, secondary mixing and coloring. The fully open top cover design facilitates thorough cleaning of the inside of the agitator; the air-blown bearing seal effectively prevents powder from entering the bearing, ensuring stable and durable operation of the equipment.
