Composite Screen
The composite vibrating screen organically combines the two single screening technologies of the stepped circular vibrating screen and the relaxation screen into one, so that one device can achieve two screening effects at the same time.
Based on the principle of mechanical vibration, this equipment uses a single excitation source to provide excitation force and simultaneously drives the upper and lower sieve plates to produce different forms of vibration. The upper sieve plate is a circular vibration, and the lower sieve plate is a relaxation motion. The material moves in the screen machine Under the action of vibration projection, stratification, and transportation are realized, and materials smaller than the mesh size fall down and complete the particle size classification.
Based on the principle of mechanical vibration, this equipment uses a single excitation source to provide excitation force and simultaneously drives the upper and lower sieve plates to produce different forms of vibration. The upper sieve plate is a circular vibration, and the lower sieve plate is a relaxation motion. The material moves in the screen machine Under the action of vibration projection, stratification, and transportation are realized, and materials smaller than the mesh size fall down and complete the particle size classification.
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The composite vibrating screen organically combines the two single screening technologies of the stepped circular vibrating screen and the relaxation screen into one, so that one device can achieve two screening effects at the same time.
Based on the principle of mechanical vibration, this equipment uses a single excitation source to provide excitation force and simultaneously drives the upper and lower sieve plates to produce different forms of vibration. The upper sieve plate is a circular vibration, and the lower sieve plate is a relaxation motion. The material moves in the screen machine Under the action of vibration projection, stratification and transportation are realized, and materials smaller than the mesh size fall down and complete the particle size classification.
Based on the principle of mechanical vibration, this equipment uses a single excitation source to provide excitation force and simultaneously drives the upper and lower sieve plates to produce different forms of vibration. The upper sieve plate is a circular vibration, and the lower sieve plate is a relaxation motion. The material moves in the screen machine Under the action of vibration projection, stratification and transportation are realized, and materials smaller than the mesh size fall down and complete the particle size classification.