Coal Centrifuge

Technical features:

• High special effect rate, large processing capacity, and low product moisture

• Wide range of feed particle size

• Smooth vibration and low noise

• Flexible structure, sturdy and durable, easy to maintain

• Advanced design suitable for the needs of the coal industry

Technical advantages:

• The main components of the system are selected from internationally renowned brands, with excellent equipment performance and long service life

• The excitation system adopts two independent vibration motors, which have a large excitation force and good vibration effect

• Amplitude 2-6mm, easy to adjust vibration motor amplitude

• The vibration and impact force on the main shaft and bearings are small, and the vibration of the sieve basket is uniform

• The use of polyurethane buffer blocks reduces noise and vibration on the foundation

• The design of the feeding chute and the door of the centrifuge are integrated, which vibrates with the equipment during operation, allowing the material to also participate in vibration when discharged through the feeding chute, ensuring the uniformity and looseness of the material receiving.

• Rotating parts are lubricated with thin oil to ensure lubrication effect and reliable operation

• Hinged door for easy replacement of sieve basket

• Motor position and door opening direction can be selected

• All worn parts are protected by spraying wear-resistant adhesive or high aluminum ceramics, extending their service life.

Main models:

A coal centrifuge is a specific type of centrifuge used in the coal industry for the separation of coal particles from water and other impurities. It is commonly used in coal preparation plants to improve the quality of coal by removing impurities and reducing the moisture content.

The process of coal centrifugation involves the following steps:

1. Pulverized coal and water are mixed to form a slurry.

2. The slurry is fed into the centrifuge, where it undergoes high-speed rotation.

3. The centrifugal force generated by the spinning motion causes the denser coal particles to settle towards the outer wall of the centrifuge, while the lighter impurities and water accumulate towards the center.

4. The separated coal particles are collected and further processed, while the impurities and water are discharged from the centrifuge.

Coal centrifuges are designed to handle large volumes of coal and have varying capacities depending on the specific application. They can be operated continuously or intermittently, depending on the desired level of separation efficiency.

The use of coal centrifuges helps to improve the quality and value of coal by reducing its ash content, moisture content, and other impurities. This makes the coal more suitable for combustion, transportation, and other applications. Additionally, coal centrifuges can also contribute to environmental sustainability by reducing the environmental impact of burning coal with high impurity content.