Three Roll Mill Machine
Three Roll Mill Machine
Three Roll Mill Machine

Three Roll Mill Machine

The three roll mill for ink paint is one of the indispensable equipment in today's printing industry. It is an industrial device that uses the friction interaction of the roller to grind up the pigment and mix it evenly. The working principle of the three roll mill for ink paint is very simple, it is composed of three grinding rollers, one of which is near the feed, the other two are located between the two rollers, forming an area of friction, the pigment from the feed into the mill roller, after many times of friction and shear to achieve a uniform grinding ink state.

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Product Introduction

Introduction

Three roll mill machine is a common grinding equipment, suitable for a variety of different particle sizes and hardness of the material. It can push the raw material through the rolling and friction of the roller, and gradually crush the material into the required particle size.

The three roller mill has the advantages of simple structure, convenient operation, high efficiency, uniform particle size and adjustable powder, and is widely used in chemical, pharmaceutical, food, manufacturing and other fields. It can crush solid, liquid and viscous materials, which makes it more suitable for a variety of different working conditions and production requirements. At the same time, the three roll mill occupies a small space and can meet the space needs of different factories.

From the perspective of economic benefits, the production efficiency of the three roll mill is higher, which can greatly improve the production efficiency of the enterprise, reduce production costs, and increase profits. At the same time, it can adapt to various working conditions and material crushing needs, and can also be customized according to different specifications and configurations to meet the production needs of different factories.

In short, the three roll mill is an excellent grinding equipment, which plays an important role in production, helping enterprises to improve efficiency, reduce costs, and increase economic benefits. We should actively promote and use this equipment to contribute to the healthy development of enterprises and the prosperity of the national economy.

product-850-517

Working Principle

This three roll mill machine is especially suitable for crushing oily materials, such as sesame, peanut, walnut, almond, flaxseed, rapeseed, almond, cocoa beans, coffee beans, etc

The composition structure of a three roll machine mainly consists of three rollers, a frame, a transmission device, a feeding device, and a discharging device.

1. Three rollers: The core part of the three roller machine is called the upper roller, lower roller, and middle roller. The three rollers work together through a certain gap.

2. Rack: The rack is the basic structure that supports the entire three roll machine, ensuring the stability and reliability of the machine.

3. Transmission device: The transmission device is driven by a motor to transfer power to the roller and rotate it.

4. Feeding device: The feeding device evenly feeds the material into the working area of the three roll machine, ensuring that the material can be fully received by the rollers.

5. Discharge device: The discharge device discharges the processed material from the three roll machine, completing the entire process.

The working principle of a three roll mill machine can be divided into two processes: material feeding and roller operation.

Material feeding: The material enters the working area of the three roll machine through the feeding device and is clamped by the upper and lower rollers. The gap between the middle roller and the upper and lower rollers can be adjusted according to the characteristics of the material and process requirements. The material is dispersed and ground under the action of three rollers

2. Roller operation:

The work of the roller is achieved by driving the roller to rotate through a transmission device. The upper and lower rollers rotate in reverse at the same speed, while the middle roller remains fixed. Due to the reverse rotation of the upper and lower rollers, the material is clamped between the two rollers and continuously pushed forward. At the same time, the material undergoes deformation and fragmentation under the squeezing and shearing of the rollers, achieving the required process effect

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