Ore-Specific Recommendation
Tailored grinding media for coal, bauxite, phosphate, lithium, nickel, zinc, and manganese ores.
Custom Grinding Media Solution
Ore-Specific Recommendation for Coal, Bauxite, Phosphate, Lithium, Nickel, Zinc, Manganese and Other Mines
Tell us your ore type, mill conditions and grinding challenges. Our engineers will analyze your operating data and recommend the right grinding media to reduce wear, lower breakage and improve throughput.
Ore-Specific Selection
Lower Wear Rate
Lower Breakage
Better Throughput
Traceable Quality
A. Solution Overview
Tell us your ore type, mill conditions and grinding challenges. Our engineers will analyze your operating data and recommend the right grinding media to reduce wear, lower breakage and improve throughput. Our application engineers focus on controlling wear rate, reducing breakage and improving throughput for lower total grinding cost.
B. Supported Ore Types & Common Challenges
Supported Ore Types
Coal Mine
Bauxite Mine
Phosphate Mine
Lithium Mine
Nickel Mine
Zinc Mine
Manganese Mine
Other (Please Specify)
Common Grinding Challenges
- High wear rate of grinding media
- High breakage rate in large mills
- Inconsistent product size or PSD
- Low mill throughput
- High cost per ton of ore
- Unstable supply or inconsistent quality
C. What We Need to Recommend the Right Grinding Media
| Information Needed | Why It Matters |
|---|---|
| Ore type | Different ores require different media hardness and chemistry. |
| Mill type | Ball mill, SAG mill, or rod mill affects media selection. |
| Feed size & target product size | Determines breakage rate and grinding efficiency. |
| Throughput (t/h) | Affects media loading, size distribution, and wear. |
| Ore hardness (Mohs) | Key factor for selecting media hardness. |
| Abrasiveness | Determines wear rate and media material. |
| Current media size | Helps optimize size for better performance. |
| Current wear rate | Indicates wear level and cost per ton. |
| Breakage issues | Helps adjust media size, quality, and conditions. |
D. Why Choose a Custom Solution?
Better Mill Performance
Improve throughput, product size consistency, and overall grinding efficiency.
Lower Total Grinding Cost
Reduce wear rate, breakage, and cost per ton through optimized media selection.
Reliable Technical Support
Expert engineers provide data-driven recommendations and ongoing technical support.
E. Custom Solution Case Snapshot
Nickel Mine – Southeast Asia 2025
Custom grinding media recommendation for abrasive nickel ore.
80 mm
Grinding Balls
0.82 kg/t
Wear Consumption
< 0.8%
Breakage Rate
+10%
Throughput Increase
12%
Media Cost Reduction
Stable
Product Size
F. Selection Basis for Custom Grinding Media
Ore Type
→
Ore Hardness
→
Abrasiveness
→
Mill Type
→
Mill Diameter
→
Feed Size
→
Target Product Size
→
Wear & Breakage Control
G. Quality Assurance & Technical Control
Chemical Composition
Spectrographic analysis ensures material quality.
Hardness Test
Verified hardness across every production lot.
Impact Test
High impact resistance and toughness.
Microstructure Analysis
Uniform tempered martensite for stable wear performance.
Dimensional Inspection
Accurate size and roundness control.
Packing & Traceability
Standard packaging with full lot traceability.
H. Frequently Asked Questions
Our engineers review ore properties, mill size, impact level, feed size and current wear data before confirming a specification.
Our engineers review ore properties, mill size, impact level, feed size and current wear data before confirming a specification.
Our engineers review ore properties, mill size, impact level, feed size and current wear data before confirming a specification.
Our engineers review ore properties, mill size, impact level, feed size and current wear data before confirming a specification.
Our engineers review ore properties, mill size, impact level, feed size and current wear data before confirming a specification.
Need help choosing grinding media for your mine?
Send us your ore type, current challenges, and mill data for a tailored recommendation.
Request Custom Recommendation