A large-inclination swing probability vibrating screen is a traditional swing-type linear screen with a large inclination design added to it, which makes the unloading speed of materials faster. Traditional swing-type linear screens rely on the gentle vibration of the screen surface to push materials forward, which is suitable for finely crushed materials. However, when dealing with machine-made sand or natural sand, which are “hard materials,” they are prone to screen clogging and low screening efficiency. The large-inclination swing probability vibrating screen effectively addresses these issues. The increased inclination angle allows materials to slide down rapidly like a slide, significantly improving screening efficiency. Through multi-layer screening, when materials enter the screen surface, smaller particles can pass through the screen openings smoothly due to the screen’s swinging or vibrating motion, while larger particles remain on the screen. Combined with vibrating screen cleaning equipment, screen clogging is completely eliminated.

The parameters and advantages of the large-inclination swing probability vibrating screen:

Motion type: Swing motion

Screening principle: Probability screening

Increased inclination angle: 10–15° inclination

Multi-layer screens: 30–100 mesh screening range

Specialized materials: When screening coarse materials such as mechanically produced sand, natural sand, washed salt, and sea salt, a single unit can achieve a production capacity of up to 100 tons per hour.

Lower energy consumption: Simple structure with no complex transmission components, resulting in significant savings on electricity costs.

Motion mode and screening principle of the large-inclination swing probability vibrating screen

Motion mode: Three-dimensional swinging motion

Unlike the linear, circular, or elliptical vibration modes of traditional vibrating screens, this equipment adopts a three-dimensional swinging motion.

Drive and trajectory: The drive unit located at the top or side of the screen body drives the entire screen box, including the screen mesh, to swing along a specific three-dimensional spatial trajectory in an approximate circular, low-acceleration micro-elliptical motion.

Motion Characteristics: This motion trajectory is smooth and stable, reducing mechanical impact.

Core Advantages:

Low Noise and Stability: The gentle motion significantly reduces impact on critical components such as bearings, effectively lowering operational noise and extending equipment lifespan.

Excellent Material Adaptability: Low impact is particularly suitable for screening fragile crystals, deformable particles, or materials with strict requirements for crystal integrity, preventing damage.

Anti-clogging screen: The oscillating motion promotes uniform dispersion and rolling of materials on the screen surface, reducing the risk of particles getting stuck in the screen openings.

Agglomeration breaking capability: The rolling action of materials helps break up slightly agglomerated particles, enhancing screening efficiency.

  • Dry mortar
  • Dolomite
  • Perlite
  • Silica Sand
  • Quartz sand
  • Mineral powder
  • Calcium carbonate
  • Crude salt

Screening principle: Probabilistic screening

This equipment employs probabilistic screening principles for efficient separation, with the core principle being the utilization of probability differences in particle passage through screen openings based on particle size.

Screening process:

Material is uniformly conveyed to the top of the screen. Under the influence of three-dimensional oscillating motion, the material rapidly spreads, layers (fine particles sink, coarse particles float), and moves forward on the screen surface. Particles smaller than the screen openings pass through first as undersize material; particles larger than the screen openings are discharged as oversize material.

Probabilistic separation: A portion of “critical particles” with particle sizes close to the screen aperture size may become oversize material or undersize material based on their dynamic distribution, movement state, and instantaneous opportunities on the screen surface. This significantly improves processing efficiency.

Advantages of probabilistic screening:

Processing capacity: Compared to traditional precise screening equipment of the same specification, probabilistic screening combined with oscillating motion achieves a significant increase in material processing capacity per unit time.

Anti-clogging: The synergistic effect of the probabilistic screening mechanism and three-dimensional oscillating motion fundamentally reduces the likelihood of screen aperture blockage.

Particle size distribution: Particularly effective at processing materials with a wide particle size distribution range, reliably separating them into several predefined particle size intervals.

Common industries for large-inclination swing probabilistic vibrating screens

Mining: Iron ore, gold ore, phosphate ore—handling large-sized materials is no problem.

Construction materials: Artificial sand, natural sand, washed salt, sea salt… Processing 100 tons per hour is a breeze.

Chemical industry: Industrial salt, petroleum coke, fertilizer—screening without screen clogging is a real advantage.

Conclusion:

Through the above content, we have understood the working principle, advantages, and common application industries of the large-inclination swing probability vibrating screen. Our company not only provides large-inclination swing probability vibrating screens but also specializes in the production of various models of gyratory vibrating screens. Additionally, we offer customized complete production line equipment, including crushing equipment, sand and gravel conveyors, vertical lifting devices, and more. If you require detailed product information or equipment procurement consultation, please contact us immediately. Our professional team is always ready to provide technical support and services.

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