RA-CXZS-106 ultrasonic vibrating screen Introduction: The ultrasonic screening machine consists of three parts: ultrasonic generator, transducer, and resonant ring. The high-frequency electrical oscillation generated by the ultrasonic generator (power supply) is converted into high-frequency ultrasonic waves by the transducer. These ultrasonic waves are transmitted to the resonance ring to resonate, and then the vibration is uniformly transmitted to the screen surface by the resonance ring. The material on the sieve is subjected to low-frequency three-dimensional vibration combined with ultrasonic vibration, which can effectively prevent mesh blockage and improve screening yield and quality, solving screening problems such as strong adsorption, easy agglomeration, high static electricity, high density, and light density. Achieve significant performance results. The RA series ultrasonic vibrating screen has high screening accuracy and can increase production; Industrial fine production screening with a mesh size of over 600 is required! The working principle of ultrasonic vibrating screen is to superimpose a high-frequency vibration on a traditional vibrating screen, which increases the acceleration of the material and effectively solves the adsorption of the material on the screen mesh, allowing the material to pass through the mesh quickly. characteristic: 1. High screening efficiency. Reduce the number of screening machines with the same processing capacity. 2. Reduce the frequency of internet cleaning. 3. Effectively maintain the accuracy of the sieve mesh. 4. Reduce opportunities for secondary pollution. 5. Solve the difficulty of screening ultra light powders. Technical parameters: Model: RA-CXZS-106 Outer frame diameter: φ 600 Effective sieve surface diameter: 560 Mesh size: 2-800 Layers: 1-5 Power Kw: 0.55 Dimensions mm: 600 * 720
Introduction: The ultrasonic screening machine consists of three parts: ultrasonic generator, transducer, and resonant ring. The high-frequency electrical oscillation generated by the ultrasonic generator (power supply) is converted into high-frequency ultrasonic waves by the transducer. These ultrasonic waves are transmitted to the resonance ring to resonate, and then the vibration is uniformly transmitted to the screen surface by the resonance ring. The material on the sieve is subjected to low-frequency three-dimensional vibration combined with ultrasonic vibration, which can effectively prevent mesh blockage and improve screening yield and quality, solving screening problems such as strong adsorption, easy agglomeration, high static electricity, high density, and light density. Achieve significant performance results. The RA series ultrasonic vibrating screen has high screening accuracy and can increase production; Industrial fine production screening with a mesh size of over 600 is required! The working principle of ultrasonic vibrating screen is to superimpose a high-frequency vibration on a traditional vibrating screen, which increases the acceleration of the material and effectively solves the adsorption of the material on the screen mesh, allowing the material to pass through the mesh quickly.
