Square Gyratory Screen
Classify dry sand, chemical granules and fertilizer into controlled size fractions. Compare FYBS models and the FY-2040 dual five-deck configuration.
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Screening Equipment
Compare screening equipment by the material, separation task and required throughput. Start with particle size, moisture and target fractions to identify a suitable screen configuration.
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Screening Equipment range
Gyratory Screen
Separate silica sand, fertilizer granules and pellets into distinct grades with a gyratory screen and dedicated fraction outlets.
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Rotary Vibrating Screen
Remove lumps and grade powders with a rotary vibrating screen for flour, starch, mineral fillers and chemical ingredients.
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Tumbler Screen
Classify fine powders and delicate granules with a tumbler screen, using extended mesh contact to separate closely sized fractions.
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Ultrasonic Vibrating Screen
Keep fine-powder screening openings clear with an ultrasonic vibrating screen for coating powders, mineral fillers and other cohesive dry powders.
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450 Filter Sieve
Screen small powder batches or strain suitable liquids with a 450 filter sieve before collection, mixing or filling.
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Airflow Screening Machine
Sift dry powders through a cylindrical mesh with an airflow screening machine, also called a centrifugal sifter.
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Direct Discharge Sifter
Check-sieve powder through a direct discharge sifter between a feed hopper and receiving equipment with limited installation height.
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Drum Trommel Screen
Separate fines from coarse bulk solids with a drum trommel screen as material moves through a rotating perforated cylinder.
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High Frequency Vibrating Screen
Screen fine solids and suitable liquid suspensions with a high frequency vibrating screen using a defined mesh opening.
Explore equipmentEquipment types
Linear screens move material across a rectangular deck. Rotary screens use a circular screening surface. Tumbler and gyratory designs apply different motion patterns. Ultrasonic assistance may be considered where fine particles cause mesh blinding.
Applications
Screening tasks include grading material into size fractions, removing oversized particles and separating unwanted particles. Suitability must be confirmed for the specific material and process.
Suitable materials
Share the material composition, particle shape, bulk density, moisture and flow behavior. These properties affect transport across the screen and separation performance.
How to choose
Define the required size cuts and throughput first. Evaluate feed distribution, available space, contact materials, dust containment and maintenance access. Confirm performance using representative material where testing is needed.
Engineering considerations
Compare the separation mechanism, access for mesh replacement and integration with upstream feeding and downstream conveying. Request a configuration review rather than selecting by machine dimensions alone.
Compare the screening task
| Selection factor | Information to provide | Why it matters |
|---|---|---|
| Separation task | Required fractions and rejected material | Defines the screening objective |
| Feed properties | Particle distribution, bulk density and moisture | Supports the configuration review |
| Process demand | Throughput and working hours | Defines the operating requirement |
| Site interfaces | Feed layout, discharges and available space | Supports integration planning |
Related solutions
Food Processing
Remove oversize from flour and starch, grade sugar and salt, and transfer dry ingredients between sieving, blending and packing.
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Chemical Processing
Screen calcium carbonate, resin and pigment powders; control agglomerates, mesh blinding and dust at enclosed transfer points.
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Fertilizer Production
Separate fertilizer granules from fines and oversize, keep recycle streams distinct, and reduce breakage during conveying.
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Mining & Minerals
Classify dry silica sand, quartz and mineral granules into size fractions while controlling uneven feed, blocked mesh and wear.
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Grain Processing
Remove oversized debris and undersize from wheat, corn and rice, then convey the cleaned grain with attention to breakage and carryover.
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Frequently asked questions
What information is needed for screen selection?
Material, bulk density, moisture, input size, required size cuts, throughput and operating conditions provide a useful starting point.
Can screening and conveying be considered together?
Yes. Review feeding consistency, discharge arrangements and the capacity of connected equipment as part of the process layout.
Start with your material
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Share your material, throughput and process requirements. We will review the details needed for equipment selection.