Working principle:
The fine sand recovery dewatering screen, also known as the dewatering screen, is mainly used for dewatering fine sand in fine sand recovery equipment. The fine sand is separated from mud and stone powder by a sediment separator, and then transferred to a vibrating screen for dewatering through a settling nozzle. The dehydrated fine sand will be directly discharged into the finished material pile. This type of equipment also plays an important role in industries such as sugar, salt, and coal mining, as it can classify, dehydrate, media, and sludge various materials.
The characteristics of dehydration screen are low noise, light weight, easy disassembly and maintenance. The overall structure of the dewatering screen is reasonable, with sturdy and durable quality. The dewatering screen has a large screening processing capacity, high screening efficiency, and good dewatering effect, making it safe and reliable.
The dehydration screen adopts dual motor self synchronization technology, using a universal eccentric block and an adjustable amplitude vibrator. It mainly consists of a screening box, a support system, and a motor. The vibrating screen operates synchronously in reverse through two vibration motors. The centrifugal force generated by two sets of eccentric masses is superimposed along the vibration direction, and the reverse centrifugal force cancels out, forming a single excitation vibration along the vibration direction, causing the screen box to move back and forth in a straight line.
Performance advantages:
1. The vibration motor of the dehydration screen is easy to replace, and the rubber spring on the base is used to reduce vibration and slow down the vibration, making it easy to remove cleanly.
2. It can be customized according to production capacity and moisture content. The side panels of the body are reinforced with support plates at the bottom, and there are horizontal bars at the bottom. The discharge port is supported by triangular steel plates, which are thick.
3. The vibration motor is fixed with high-strength bolts. The fixed density of the sieve plate is high, and there are reinforcing ribs in the plate.
4. After welding, the welder must strictly avoid welding holes and support the bottom with channel steel.
5. In addition, the sieve holes can be adjusted as needed, resulting in low equipment noise and good dehydration effect.
6. The added value of dewatering screen: For products with low mud content, dewatering screen can also be directly used without the need for sand washing machine, which saves customers' costs and achieves the same effect.
Technical parameters:
Model | Maximum feed particle size | Dimensions (mm) | Production capacity (t/h) | Motor power (kw) |
1530 | 50 | 1500×3000 | 60-100 | 2.2x2 |
2040 | 50 | 2000×4500 | 150-200 | 5.5×2 |
2545 | 50 | 2500×5000 | 250-300 | 7.5×2 |
Working principle:
The fine sand recovery dewatering screen, also known as the dewatering screen, is mainly used for dewatering fine sand in fine sand recovery equipment. The fine sand is separated from mud and stone powder by a sediment separator, and then transferred to a vibrating screen for dewatering through a settling nozzle. The dehydrated fine sand will be directly discharged into the finished material pile. This type of equipment also plays an important role in industries such as sugar, salt, and coal mining, as it can classify, dehydrate, media, and sludge various materials.
The characteristics of dehydration screen are low noise, light weight, easy disassembly and maintenance. The overall structure of the dewatering screen is reasonable, with sturdy and durable quality. The dewatering screen has a large screening processing capacity, high screening efficiency, and good dewatering effect, making it safe and reliable.
The dehydration screen adopts dual motor self synchronization technology, using a universal eccentric block and an adjustable amplitude vibrator. It mainly consists of a screening box, a support system, and a motor. The vibrating screen operates synchronously in reverse through two vibration motors. The centrifugal force generated by two sets of eccentric masses is superimposed along the vibration direction, and the reverse centrifugal force cancels out, forming a single excitation vibration along the vibration direction, causing the screen box to move back and forth in a straight line.
Performance advantages:
1. The vibration motor of the dehydration screen is easy to replace, and the rubber spring on the base is used to reduce vibration and slow down the vibration, making it easy to remove cleanly.
2. It can be customized according to production capacity and moisture content. The side panels of the body are reinforced with support plates at the bottom, and there are horizontal bars at the bottom. The discharge port is supported by triangular steel plates, which are thick.
3. The vibration motor is fixed with high-strength bolts. The fixed density of the sieve plate is high, and there are reinforcing ribs in the plate.
4. After welding, the welder must strictly avoid welding holes and support the bottom with channel steel.
5. In addition, the sieve holes can be adjusted as needed, resulting in low equipment noise and good dehydration effect.
6. The added value of dewatering screen: For products with low mud content, dewatering screen can also be directly used without the need for sand washing machine, which saves customers' costs and achieves the same effect.
Technical parameters:
Model | Maximum feed particle size | Dimensions (mm) | Production capacity (t/h) | Motor power (kw) |
1530 | 50 | 1500×3000 | 60-100 | 2.2x2 |
2040 | 50 | 2000×4500 | 150-200 | 5.5×2 |
2545 | 50 | 2500×5000 | 250-300 | 7.5×2 |
