Vibrating screen model selection
3YK1854 vibrating screen: processing capacity of 32-312 cubic meters per hour, screen surface specifications of 1800×5400 mm, and 3 screen layers. In some crushing production lines with an output of 100 tons per hour, PE600×900 jaw crusher, PF1214 impact crusher and other equipment are often used to process soft materials. If you want to screen out 5 kinds of materials, you may need to combine other auxiliary screens or optimize the process.
4YK1545 vibrating screen: It can be used in a production line with an output of 100 tons per hour. The number “4” before the model represents the number of screen layers. It has certain advantages for situations where multiple specifications need to be screened, but its processing capacity and screening effect still need to be determined according to the specific materials.
DL3YKZ3080, DL2YKZ3070, DL2YKZ2470 vibrating screens: These models are commonly used vibrating screens for 100 t/h crushers. The specific selection depends on factors such as the bulk density, viscosity, temperature of the crushed stone, and the space size of the vibrating screen placed in the production site. For example, the DL3YKZ3080 vibrating screen may be more advantageous when the processing volume is large and multi-layer screening is required, while other models in the DL2YKZ series can be selected based on site space and material characteristics.
Factors affecting vibrating screen performance
Material characteristics: including material particle size, humidity, viscosity, density, etc. If the material particle size distribution is wide, the humidity is high or the viscosity is strong, it may affect the screening efficiency. It is necessary to select appropriate screen materials and vibration parameters to improve the screening effect.
Screen material and aperture: Different screen materials have different wear resistance, corrosion resistance and screening accuracy. Common screen materials include wire mesh, polyurethane screen, etc. Polyurethane screen has high elasticity and wear resistance, and is suitable for screening wet materials; metal wire mesh has high screening accuracy and is suitable for occasions with strict particle size requirements. The size of the screen hole directly determines the particle size grade of the screening, and it needs to be reasonably selected according to the particle size range of the required 5 materials.
Vibration parameters: Parameters such as vibration frequency, amplitude and vibration direction angle of the vibrating screen have an important influence on the screening effect. Properly increasing the vibration frequency and amplitude can increase the jumping and sliding of the material on the screen surface and improve the screening efficiency, but it may also increase the wear and energy consumption of the equipment. Adjustment of the vibration direction angle can change the movement trajectory of the material on the screen surface, so that the material is more evenly distributed on the screen surface and improves the screening quality.
In actual applications, it is also necessary to reasonably install, debug and maintain the vibrating screen according to the specific production process and material conditions to ensure that it can operate stably and efficiently and achieve the production goal of 100 tons per hour for 5 materials. If you have more specific questions about the selection and application of the vibrating screen, it is recommended to consult a professional mining equipment manufacturer or engineer.