Intended use
Reduces moisture before grinding, classification, storage or packing.
Drying · Process equipment engineering
Rotary Dryers
Engineered for the process.
Rotary systems configured to reduce moisture in minerals and process materials under controlled thermal conditions.
Working principle
Lifters in a rotating drum expose material to hot gas; flow direction and heat input are selected for the process.
Role in the process
The thermal conditioning stage between wet feed and dry product collection.
Process integration
Engineered as part of the complete drying and material-handling process.
Moisture balance, heat source, gas handling, residence time, dust collection and downstream feeding are evaluated as one connected system.
Quotation basis
Price follows the verified process scope.
A reliable quotation requires material, duty and site inputs; a fixed price is not published without an engineering review.
Working principleWhat Is a Rotary Dryer and What Determines Its Capacity?Engineering selectionHow Are Moisture and Drying Load Calculated?Verified process contextHow Does a Quartz Grinding Plant Work?Verified field contextDrying in the Kütahya quartz processComplete processExplore the complete-process approach
Interactive product anatomy
Follow the heat and material path through the rotary dryer.
Rotate the model freely and inspect the drum, support groups, drive, feed and hot-gas connections up close.
Preparing the 3D machine model
FULL-SCALE ARAUGMENTED REALITY
See the rotary dryer at full scale in your facility.
Use your phone or tablet camera to place the CAD-derived drying line on the factory floor and review its full-scale layout with every support foot grounded.
1:1 physical scaleFloor-anchored placementClose-up interior visibility
CAD envelope: 37,071 × 5,155 × 7,102 mm (length × width × height)
Open on your phone
Scan the QR code with your camera, then tap the AR button on the page.
For the most stable placement, scan the floor for a few seconds before positioning the model and move around it slowly. AR is for spatial review; approved drawings remain authoritative.
Engineering basis
Selection starts with process data.
Final capacity, motor power and dimensions are confirmed only after material and site inputs are evaluated.
Selection criteria
Inlet and outlet moistureFeed rate and sizeHeat sensitivityFuel and gas conditionsDust collectionConstruction and subsystems
- Rotary drum and lifters
- Support rollers and drive
- Hot-gas system
- Fan and duct connections
Options and configurations
- Co-current or counter-current
- Direct or indirect duty
- Alternative fuels
- Heat recovery review
Typical applications
- Minerals and ores
- Sand and aggregate
- Chemical raw materials
- Recycling materials
Production and field
Visual evidence
Field reference
Projects using this system
Engineering insights
Understand the process behind the equipment.
Engineering noteWhat Is a Rotary Dryer and What Determines Its Capacity?Engineering noteHow Are Moisture and Drying Load Calculated?Engineering noteHow Does a Quartz Grinding Plant Work?Engineering noteWet vs Dry Grinding: Process DifferencesEngineering noteMineral Processing Plant Flow and Equipment Selection
Technical request