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The compact gyratory sifter adopts a fully enclosed structure, and the mesh frame and mesh installation method adopt a unique and innovative design, which is very convenient to install. It is usually designed with 5 layers, screening out six levels, and can also be designed as 2 layers + 2 layers, equivalent to 2 sieves, or 1 layer + 1 layer + 1 layer, equivalent to 3 sieves.
The SYT-BWS model adopts a variety of processes and standardized design solutions, and can be combined in various modes according to production conditions and different customer needs. At the same time, the design concept also takes into account the convenience and safety of transportation, and the overall dimensions of the equipment are designed according to the transportation vehicle.
One machine is divided into two or more groups
The screening capacity is large, and the multi-layer classification design is used. One machine is divided into two or more groups. One machine can be used as multiple machines, and the output is doubled.
6-level classification
Up to 5 times the output per unit area; accurate to 6-level separation, the screening efficiency is as high as 90%-99%.
New process
Large-scale electrostatic spraying process, the equipment is more beautiful, wear-resistant, and rust-proof, with low noise<75 decibels="">
Flexible screening
Flexible screening, acceleration is 4-5 times lower than that of ordinary vibrating screens, and the service life is increased, thereby reducing maintenance costs.
Convenient operation
Net replacement is more convenient, simple to operate, firm and reliable.
Green and environmentally friendly
Fully enclosed structure, no dust flying, small vibration and low noise of the screening machine, improve the working environment of the workshop, and meet environmental protection requirements.
Revolving around the motion trajectory of its screen box, the square gyratory screen, or arc screen, harnesses inertial forces from its driving mechanism. This force, generated by the eccentric wheel's rotation around a fixed axis, drives the screen box to reciprocate. This reciprocating motion impels the screen surface to oscillate periodically, facilitating directional movement of screened materials. Particles smaller than the screen aperture fall through, while larger ones undergo continuous rolling and jumping before discharge, completing the screening process.
The square gyratory screen comprises essential components such as the feed inlet, screen box, drive unit, screen frame, support structure, vibration dampers, and discharge outlet.
Feed Inlet: Modified with an enhanced material distribution plate structure for more effective and uniform material dispersion onto the screen surface, optimizing screening efficiency.
Screen Box: Includes the screen frame, screens, screen mesh, spring clips, and bouncing balls. Screens are tensioned on the mesh via spring clips, with bouncing balls aiding in screen cleaning.
Drive Unit: Features a driver, motor, locking sleeve, locking nut, stop washer, and cone sleeve. The cone sleeve secures the drive shaft within the screen frame, ensuring stable operation.
Universal Shaft: Connects the entire screen box, rotating in tandem with the screen motion to buffer and dampen rotational forces, enhancing overall operational smoothness.
Discharge Outlet: Customizable to accommodate diverse material screening needs, ensuring unimpeded flow and efficiency with various discharge angles and enlarged diameters.
| Model | Screen size | Screening area | Screen inclination | Layers | Power | Number of turns | Case travel |
| FYBS1536 | 1.5*3.5 m | 4.5-9 ㎡ | 45420 | 45301 | 5.5 kw | 180-260 | 25-60 mm |
| FYBS2040 | 2.0*4.0 m | 8-9 ㎡ | 45420 | 45301 | 7.5 kw | 180-260 | 25-60 mm |
The square gyratory screen accommodates one to five layers of screens, capable of performing two to nine levels of grading or filtering simultaneously. Widely utilized in chemical and new material industries, metallurgy, mineral powders, food processing, abrasives, and more.
Materials Suitable for Screening
Materials include quartz sand, industrial salts, frac sands, manufactured sands, drying sands, ceramsite sands, silica sands, polypropylene, drying mineral powders, calcium carbonate, mica powders, talcum powders, river sands, fertilizers, quartz sands, perlite, graphite, mung bean, Longyan ore sands, metal powders, and metal silicon, among others.
Common Specifications of Quartz Sand:
0.5-1mm, 1-2mm, 2-4mm, 4-8mm, 8-16mm, 16-32mm, 10-20 mesh, 20-40 mesh, 40-80 mesh, 100-120 mesh. The above meshes can be effectively screened using a square swing screen, with a single unit producing 5 to 50 tons per hour and a screening accuracy of more than 98%, which meets the requirements for the use of petroleum proppants.
Thirty years of dedication have allowed us to accumulate extensive production and service experience, enabling us to solve various challenges in powder processing for our numerous clients.
Innovation is the lifeblood of our company's development. To date, we have obtained over 40 domestic and international patents, with many of our products holding multiple patents.
We specialize in undertaking the design and production of fine powder processing production lines, offering a one-stop service from crushing, screening, conveying, feeding, mixing to packaging.
Upon receipt of the products, detailed English user manuals are provided. For relatively complex installations or product usage, video installation guidance is available. For large-scale technical projects, we can dispatch professional technical personnel for on-site installation guidance.
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