Intended use
Ball mills are evaluated for dry or wet circuits requiring a finer product, either as a stand-alone duty or in closed circuit with classification equipment.
Grinding · Process equipment engineering
Ball Mills
Engineered for the process.
Horizontal ball mill systems sized for dry or wet industrial fine-grinding duties in mineral and ore-processing circuits according to target product fineness and feed characteristics.
Technical data
Technical range
| Model | Drum diameter (mm) | Mill length (mm) | Motor power (kW) | Mill speed (rpm) | Steel ball filling ratio (%) | Steel ball charge (t) | Liner type | Drive system | Approx. weight (t) |
|---|---|---|---|---|---|---|---|---|---|
| EST-BM-1800 | 1.800 | 2.000–6.000 | 75–200 | 16–24 | 30–45 | 6–20 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 30–70 |
| EST-BM-2200 | 2.200 | 2.500–7.000 | 132–400 | 14–20 | 30–45 | 13–40 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 50–120 |
| EST-BM-2600 | 2.600 | 3.000–8.000 | 200–630 | 13–18 | 30–45 | 20–65 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 90–200 |
| EST-BM-3000 | 3.000 | 3.500–8.500 | 400–1.100 | 12–16 | 30–45 | 32–95 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 130–300 |
| EST-BM-3400 | 3.400 | 4.000–9.000 | 560–1.600 | 11–15 | 30–45 | 48–140 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 190–420 |
| EST-BM-3800 | 3.800 | 4.500–9.500 | 800–2.200 | 10–14 | 30–45 | 64–180 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 260–560 |
| EST-BM-4200 | 4.200 | 5.000–10.000 | 1.000–2.800 | 9–13 | 30–45 | 90–240 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 380–760 |
| EST-BM-4600 | 4.600 | 5.500–10.500 | 1.500–3.600 | 8–12 | 30–45 | 115–320 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 520–980 |
| EST-BM-5000 | 5.000 | 6.000–11.000 | 2.000–4.500 | 8–11 | 30–45 | 150–420 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 680–1.300 |
| EST-BM-5600 | 5.600 | 6.500–11.500 | 3.000–4.500 | 7–10 | 30–45 | 210–620 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 1.100–2.000 |
| EST-BM-6000 | 6.000 | 7.000–12.000 | 4.000–6.000 | 7–9 | 30–45 | 265–900 | Çelik / Kauçuk / Alümina / Döküm | Redüktör + Dişli-Pinyon | 1.600–2.800 |
Working principle
A ball charge inside the rotating shell reduces material by impact and abrasion. Speed, filling, liner geometry and residence time are evaluated together with process data.
Role in the process
The main grinding stage creating the target fineness after crushing or primary grinding, integrated where required with separation, hydrocycloning, conveying and product collection.
Process integration
Engineered as part of the complete grinding circuit.
Feeding, grinding, classification, recirculation and product collection are evaluated as one connected process.
- 01Feeding and controlled material transfer
- 02Dry or wet grinding circuit
- 03Classification by separator or hydrocyclone
- 04Coarse-fraction recirculation
- 05Fine-product transfer to filtration or product collection
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.
- Material grindability and abrasiveness
- Feed and target particle distribution
- Capacity and operating regime
- Dry or wet circuit selection
- Shell size, liner, grinding media and drive scope
- Auxiliary systems, site layout, installation and automation requirements
Interactive product anatomy
Inspect the ball mill from the outside in.
Rotate the real 3D machine model through 360° and inspect the shell, bearings and drive arrangement.
Preparing the 3D machine model
FULL-SCALE ARAUGMENTED REALITY
See the ball mill at full scale in your facility.
Use your phone or tablet camera to place the CAD-derived ball mill on the factory floor at full scale and review the layout including the mill body, drive assembly, frame and steel platform.
1:1 physical scaleFloor-anchored placementClose-up interior visibility
CAD envelope: 10,000 × 8,000 × 4,511 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
Material hardness and abrasivenessFeed and target particle distributionDry/wet duty and circuit typeRequired capacity and operating hoursSite, maintenance and power conditionsConstruction and subsystems
- Mill shell and replaceable liners
- Main bearings and project-specific drive
- Feed and discharge arrangement
- Automatic lubrication, guards and control panel
Options and configurations
- Skid or concrete-foundation installation
- Dry or wet process
- Alternative liners and discharge systems
- Closed-circuit classification
Typical applications
- Metal ores
- Industrial minerals
- Ceramic raw materials
- Cement and construction materials
Production and field
Visual evidence
Field reference
Projects using this system
Engineering insights
Understand the process behind the equipment.
Engineering noteWhat Is a Ball Mill and How Does It Work?Engineering noteBall Mill Capacity and SizingEngineering noteBall Mill Critical Speed and Media ChargeEngineering noteWet vs Dry Grinding: Process DifferencesEngineering noteOpen-Circuit vs Closed-Circuit GrindingEngineering noteBall Mill Maintenance and Liner ManagementEngineering noteBall Mill vs Rod Mill: What Is the Difference?Engineering noteSAG Mill vs Ball Mill: Key Process DifferencesEngineering noteMineral Processing Plant Flow and Equipment Selection
Technical request