Yes, the vibrating screen can be used to screen wet rice. The vibrating screen is a commonly used screening equipment that can separate and screen materials according to different particle sizes through the action of vibration and screen. For materials such as wet rice, the vibrating screen can effectively classify the particles according to size, so that the wet rice can be screened into particles of different particle sizes.

When screening wet rice, the appropriate screen structure and aperture are usually selected to ensure that the wet rice passes through the screen smoothly. In addition, the vibrating screen also has the function of adjusting the vibration amplitude and frequency, which can be adjusted according to the characteristics of wet rice to achieve the best screening effect.

Therefore, the vibrating screen is a reliable equipment suitable for screening wet rice, which can help achieve the screening and grading requirements of wet rice.

The manufacturer's recommended tensioning procedure for the vibrating screen's belts will depend on the specific model of the screen and the type of belts being used. However, here are some general guidelines for tensioning the belts:

1. First, ensure that the screen is turned off and disconnected from the power source.

2. Locate the belt tensioner, which is typically a spring-loaded pulley located near the motor.

3. Use a tension gauge or other appropriate tool to measure the tension of the belts.

4. Adjust the tensioner as needed to achieve the manufacturer's recommended tension. This may involve adjusting the tensioner bolt or moving the tensioner pulley to increase or decrease tension.

5. Check the tension of the belts again after making adjustments to ensure that they are within the recommended range.

6. Once the proper tension has been achieved, tighten the tensioner bolts or lock nuts to secure the tensioner in place.

7. Verify that the screen is operating smoothly and efficiently before resuming use.

It's important to note that these are general guidelines, and the specific tensioning procedure may vary depending on the model of the vibrating screen and the manufacturer's recommendations. Always refer to the user manual or contact the manufacturer for specific instructions and recommendations.
The manufacturer's recommended tensioning procedure for the vibrating screen's belts will depend on the specific model of the screen and the type of belts being used. However, here are some general guidelines for tensioning the belts:

1. First, ensure that the screen is turned off and disconnected from the power source.

2. Locate the belt tensioner, which is typically a spring-loaded pulley located near the motor.

3. Use a tension gauge or other appropriate tool to measure the tension of the belts.

4. Adjust the tensioner as needed to achieve the manufacturer's recommended tension. This may involve adjusting the tensioner bolt or moving the tensioner pulley to increase or decrease tension.

5. Check the tension of the belts again after making adjustments to ensure that they are within the recommended range.

6. Once the proper tension has been achieved, tighten the tensioner bolts or lock nuts to secure the tensioner in place.

7. Verify that the screen is operating smoothly and efficiently before resuming use.

It's important to note that these are general guidelines, and the specific tensioning procedure may vary depending on the model of the vibrating screen and the manufacturer's recommendations. Always refer to the user manual or contact the manufacturer for specific instructions and recommendations.

In the mineral processing industry, efficiency and precision are the core factors determining production benefits and product quality. Faced with fine, easily dusty, and easily adherent mineral powder materials, traditional vibrating screening methods suffer from problems such as easy screen clogging, low screening efficiency, high dust pollution, and frequent maintenance.

Based on these issues, we recommend a professional-grade mineral powder screening solution: the high-efficiency rotary screen.

Why choose a rotary screen for mineral powder screening?

Excellent adaptability, easily handling sticky and wet materials

The rotary screen uses a unique rotary screening principle, where materials are continuously tumbled and scattered within the cylinder by the lifting plates. This gentle "tumbling" screening effectively breaks up slightly agglomerated mineral powder and has a natural "self-cleaning" effect on materials with high moisture content, greatly alleviating screen clogging problems and ensuring continuous production.

High Precision and High Efficiency Combined

Through a scientifically designed screen cylinder angle and rotation speed, materials have ample residence time within the cylinder, undergoing multiple and thorough screenings. This "slow and meticulous" approach ensures that every particle of mineral powder finds its proper place, significantly improving screening accuracy and throughput, effectively enhancing product grade and value.

Environmentally Friendly and Low-Consumption, Stable and Reliable Operation

The fully enclosed structural design prevents the escape of mineral powder dust at the source, creating a clean and environmentally friendly working environment. Simultaneously, the drum screen has a simple structure, a single power system, stable operation, low noise, and a failure rate far lower than complex vibrating screening equipment, greatly reducing your subsequent maintenance costs and time.

Long Lifespan and Low Maintenance

The core screening components are made of wear-resistant steel or specially treated with anti-corrosion materials, reinforced against the wear characteristics of mineral powder, ensuring the equipment's durability. The modular design facilitates easy replacement of key components, minimizing downtime losses.

Application Scenarios:

Classification of metallic and non-metallic mineral powders such as iron ore powder, quartz powder, and silica powder.

Particle size control and impurity removal of mineral powder before it enters the furnace.

Fine screening in the tailings recovery and reuse process.

Choosing our rotary drum screen is not just choosing a piece of equipment, but also choosing a trustworthy partner. We are committed to providing you with a full-process service from equipment selection and customized production to installation and commissioning. With professional technology and reliable quality, we help you improve screening efficiency, optimize product quality, and reduce overall operating costs.

Contact us now!

Which screening machine is best for screening sand?

For sand screening, commonly used screening machines include vibrating screens, rotary vibrating screens, trommel screens and linear screens. The following are some commonly used screening machines for sand screening and their characteristics:

Vibrating screen: Vibrating screen is a common and economical and practical screening equipment. It separates the sand on the screen through vibrating motion. The vibrating screen can be suitable for screening medium-sized sand and has the advantages of simple structure, easy maintenance and operation.

Rotary vibrating screen: The rotary vibrating screen is an efficient screening equipment. Under the action of vibration, the sand rotates and vibrates on the screen to achieve separation of coarse and fine particles. The rotary vibrating screen has high screening efficiency, large processing capacity and good screening accuracy, and is suitable for screening fine particles or fine sand.

Trommel screen: A trommel screen is a device that performs screening by rotating screen tubes. The sand is separated and screened in the screen tube through the rotation and tilt of the drum. The drum screen is suitable for screening larger particles of sand and has the advantages of strong processing capacity and simple structure.

Linear screen: Linear screen uses vibration force to screen in a straight direction. It has high screening accuracy, large processing capacity and high efficiency, and is suitable for screening fine particles or fine sand, especially in high-precision screening applications.

Choosing a suitable screening machine depends on factors such as sand particle size, moisture content, screening requirements, and production scale. For general fine sand screening, rotary vibrating screens are usually a better choice, with higher efficiency and screening accuracy. If you are screening larger particles of sand, a trommel screen may be more suitable. Vibrating screens and linear screens can also be considered for use under different circumstances.

It is recommended that when selecting a screening machine, you should comprehensively consider the characteristics of the sand, screening requirements, production needs and economic factors, and consult a professional engineer or supplier to obtain the best screening solution.

The installation requirements for screw conveyors are:
1. 20 days before the installation of the screw machine, the foundation should be well watered. This foundation should ensure sufficient stability of the screw machine during operation.
2. Before installing the screw machine, all parts should be thoroughly counted and various pollutants inside and outside should be cleaned.

3. The adjacent flange surfaces should be connected smoothly and tightly, and the misalignment deviation at the joints on the inner surface of the casing should not exceed 1.4mm.

4. Asbestos rubber plates are allowed to be placed between the casing flanges to adjust the accumulated error in the length of the casing and spiral body.

5. The nominal distance between the outer diameter of the screw and the casing is consistent

6. The suspension bearings of the screw conveyor should be reliably fixed on the lifting ears of the casing, and after connecting with adjacent screws, the screw rotation should be uniform. During installation, adjusting shims can be added between the suspension bearing support and the casing lifting ears to ensure that the coaxiality of the spiral axis meets the requirements

7. When the screw machine is single drive, the tail bearing blind cover should be opened, and the distance from the bearing end face to the blind cover should be measured to be less than 20mm.

8. The coaxiality between the main shaft of the screw machine and the reducer shaft should comply with the provisions of GB1184-80 "Regulations on Shape and Position Tolerances without Individual Tolerance Indications".
9. After the chassis of the screw machine is installed, tighten the foundation bolts.
10. Tighten all connecting bolts to a reliable level.
11. The cover of the screw conveyor should be installed in sequence, with a cover buckle installed at an interval of about 0.5m. The last cover at each overlap of the cover should have a cover buckle installed, and one to two cover buckles should be installed at both ends of the screw conveyor to ensure the sealing of the screw conveyor.
12. The dust collection port, feed port, and discharge port should avoid the overlap between the casing flange and the machine cover, and generally adopt on-site welding

1. If this problem occurs when the newly purchased product is used for the first time, you should check whether the screen mesh of the rotary vibrating screen is at the same level as the outlet. If the screen mesh and the outlet are not level, it will cause the rotary vibrating screen to discharge The problem of slowness arises.

2. The second case is the adjustment of the motor angle. The angle of the eccentric block of the vibration motor of the rotary vibrating screen can be adjusted to change the trajectory of the material moving on the screen surface. The smaller the angle, the faster the material will spread out ;The larger the angle, the slower the material will spread out. Generally, the motor angle is adjusted to 35 degrees to 45 degrees. If the angle is above 45 degrees, there will be a problem of slow discharge, which is suitable for screening materials with less impurities.

The solution to the slow discharge of vibrating sieve

1. Increase the weight of the two heavy hammers

2. Change the included angle of the upper and lower weights