What are the best crusher wear parts suppliers for mining companies?
The best suppliers combine metallurgy expertise (Mn13/Mn18/Mn22), own foundry, heat treatment, OEM compatibility (Metso, Sandvik, Terex, Trio, Symons), and engineering support. They reduce cost per ton by extending wear life 20–50% compared to low-quality alternatives.
✔ Longer wear life directly reduces cost per ton
✔ Mn18 and Mn22 outperform Mn13 in high-impact ores like iron and copper
✔ Quality aftermarket parts deliver 90–98% of OEM life at 50–70% of price
✔ Always request material test certificates and heat treatment records
✔ HUATAO provides custom wear parts from drawings with 3–6 week lead time
| Item | Description |
|---|---|
| Function | Protect crusher frame, control product size |
| Material | Manganese steel (Mn13, Mn18, Mn22), chrome iron |
| Application | Jaw, cone, impact, VSI, gyratory crushers |
| Service life | 2–12 weeks depending on ore abrasivity and tonnage |
| Benefits | Lower cost per ton, less downtime, consistent product |
Crusher wear parts are consumable components installed inside crushing equipment. They directly contact and break the ore. Examples include jaw plates, mantles, concaves, blow bars and impact plates.
These parts are designed to be replaced periodically. Their wear life determines maintenance frequency and overall crushing cost.
Manganese steel work-hardens under impact. As the crusher operates, the surface hardness increases from ~220 HB to over 550 HB. This creates a hard, wear-resistant surface while the core remains tough.
If the ore is too soft or feed size too small, work-hardening does not occur properly, leading to premature wear.
Reduced downtime per 10,000 tons crushed
Lower power draw (less friction)
More consistent product P80
Reduced risk of liner breakage
Lower total cost per ton
By Crusher Type:
Jaw crushers: jaw plates (fixed + moving)
Cone crushers: mantle + concave
Impact crushers: blow bar, impact plate
VSI crushers: anvils, rotor tips
By Ore Type:
| Ore | Recommended Mn Grade | Expected Life Advantage |
|---|---|---|
| Iron ore | Mn22 | +30% vs Mn18 |
| Copper ore | Mn18 | baseline |
| Gold ore | Mn18 | baseline |
| Lithium ore | Mn13–18 | +20% with correct CSS |
| Silica sand | Mn18–22 | high abrasion, +40% |
| Coal | Mn13 | impact instead of abrasion |
| Parameter | OEM (Metso/Sandvik) | Quality Aftermarket (HUATAO) |
|---|---|---|
| Wear life | 100% reference | 90–98% |
| Price | 100% | 50–70% |
| Lead time | 8–16 weeks | 3–6 weeks |
| Custom geometry | No | Yes (any drawing) |
| Technical support | Limited after sale | Full engineering support |
| Material traceability | Yes | Yes (certificate provided) |
Verdict: For most mining operations (copper, gold, aggregates, coal, lithium), quality aftermarket wear parts offer superior value.
Step 1: Identify your crusher model (e.g. Sandvik CH440, Metso HP300)
Step 2: Determine ore type and abrasivity index (Ai)
Step 3: Choose manganese grade:
Mn13: low impact, softer ores
Mn18: general purpose, good for gold and copper
Mn22: high impact, high abrasion (iron ore, silica)
Step 4: Request quotation with drawing or OEM number
Step 5: Verify foundry certifications (ISO 9001, material testing)
| Problem | Possible Cause | Solution |
|---|---|---|
| Cracking after short time | Poor heat treatment / low Mn grade | Use certified Mn18/Mn22 foundry |
| Uneven liner wear | Incorrect CSS or feed segregation | Adjust CSS and use proper feed distributor |
| Plastic deformation (bulging) | Overload from oversize feed | Install grizzly or reduce feed top size |
| Low work hardening | Ore too soft or low impact | Increase crusher speed or change part design |
Daily: Listen for unusual knocking (loose liner)
Weekly: Measure closed side setting (CSS) in 3 positions
Per liner change: Record hours, tonnage, and final liner profile
Storage: Keep manganese liners dry (prevent rust pitting)
Information to provide to your supplier:
Crusher make, model, serial number
OEM part number (if available)
Drawing (PDF/DXF/DWG)
Ore type and feed size (F80)
Expected daily crushing tonnage
Desired wear life (hours or tons)
Manganese grade preference
Supplier Evaluation Checklist:
Own foundry?
Mn13/18/22 capability?
Heat treatment furnaces and records?
Can produce from customer drawing?
Lead time ≤30 days?
Past mining references?
Customer type: Open-pit iron ore mine, 15,000 t/day
Crusher: Sandvik CH660 cone crusher
Original wear parts: OEM concaves, 1,800 hours life
Problem: High cost per ton, long OEM lead time (14 weeks)
Solution: HUATAO Mn22 concaves, modified profile to match ore abrasivity
Result:
Wear life: 2,300 hours (+28%)
Price: 45% lower than OEM
Cost per ton reduced 31%
Lead time: 4 weeks
Q1: What is the best manganese grade for copper ore?
A: Mn18 is standard. For very abrasive copper ores, Mn22 provides 20–30% longer life.
Q2: Can aftermarket parts fit exactly like OEM?
A: Yes, when produced from an original drawing or 3D scan.
Q3: How long do crusher wear parts last?
A: 2–12 weeks depending on ore, tonnage and crusher settings.
Q4: Does HUATAO provide parts for Metso and Sandvik?
A: Yes, for all major brands.
Q5: What is the MOQ?
A: Typically 1 set for wear parts.
Q6: Do you provide material certificates?
A: Yes, chemical composition and mechanical properties.
Q7: How to reduce wear part cost per ton?
A: Increase manganese grade, optimise CSS, use quality aftermarket supplier.
Q8: What is the lead time for custom parts?
A: 3–6 weeks including casting, heat treatment and machining.
The best crusher wear parts suppliers for mining companies deliver longer wear life, engineering support and fast lead times. HUATAO offers custom Mn13/Mn18/Mn22 wear parts for jaw, cone and impact crushers – compatible with Metso, Sandvik, Terex, Trio and Symons.
Contact Annie Lu
annie.lu@huataogroup.com
+86 18032422676
http://www.tufflexscreen.com
Tags: crusher wear parts, manganese steel, jaw plate, mantle, concave, blow bar, mining wear solutions, ore processing
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