Today, I would like to introduce the Swing Probability Screen.

The Swing Probability Screen is a specialized screening device. Building upon the design of linear gyratory screens, it incorporates a steeper inclination angle to facilitate more rapid material discharge. This makes it ideally suited for materials that are easy to screen, possess larger particle sizes, and require high throughput—positioning it as an ideal replacement for traditional probability screens.

Working Principle: The operating principle of the gyratory probability screen is similar to that of the square gyratory screen. It generates a gyratory motion in the material through the reciprocating oscillation of the screen box. Typically, raw materials are fed uniformly into the screen's inlet via a feeding device. As the material enters the screen surface, the oscillation of the mesh allows smaller particles to pass through smoothly and descend to the lower layer, while larger particles remain on the screen surface, moving forward to be discharged, thereby completing the screening process.

1. Multi-stage Screening

Capable of multi-stage classification for both manufactured and natural sands. Standard screen configurations range from 5 mm down to 0.6 mm; for specialized mortar raw materials, screening can be extended to finer grades ranging from 0.3 mm down to 0.075 mm.

2. High Cost-Effectiveness

By incorporating advanced domestic and international technologies—and following continuous R&D and field validation—it has successfully replaced high-cost imported equipment in dry-mix mortar production lines.

3. High Output

This probability screen boasts an output capacity exceeding 100 tons per hour; a single unit is capable of matching the production capacity of multiple standard vibrating screens.

4. Customized Design

Supports a five-layer, multi-stage configuration and is equipped with a rapid screen-changing function. Both the rear and front discharge outlets feature a detachable design, allowing for the quick replacement of the screens at every level.

5. Energy-Efficient and Environmentally Friendly

Featuring a fully enclosed structure, the probability screening equipment is equipped with a dust removal device on its top cover, allowing for convenient integration with on-site dust collection systems to meet dust-free screening requirements.

6. Large-scale Electrostatic Powder Coating Process

The equipment undergoes a large-scale electrostatic powder coating treatment, enhancing its aesthetic appeal while improving its wear resistance and rust-proofing properties.

Application fields

Building materials industry：Dry-mixed mortar, manufactured sand, natural sand, quartz sand, perlite, dolomite, calcite, feldspar, etc.

food industry:Grading of granulated sugar, coarse salt, and table salt.

Other Industries:Screen particles with a particle size of 0.5~10mm, and the material's loose density is better.