Premium Jaw Crusher Parts for Maximum Uptime

We need your crusher make (Metso, Sandvik, etc.), model number (C110, CJ411, etc.), and ideally the OEM part numbers for the components you need. If you don’t have part numbers, photos and measurements can help us identify the correct parts.

Yes, our parts are manufactured to meet or exceed OEM specifications. They are direct replacements and will fit and function exactly like original parts. We provide 100% dimensional accuracy guarantee.

Stock items ship within 1-3 business days. Standard wear parts (jaw plates, cheek plates) typically 2-4 weeks. Major components (pitman, eccentric shaft) 6-12 weeks. We offer expedited service for critical needs.

Yes, all our parts come with a manufacturer’s warranty covering defects in materials and workmanship. Wear parts: 3-6 months depending on application. Mechanical components: 12 months standard.

Absolutely. We have extensive reverse-engineering capabilities and can manufacture parts for obsolete models. We may need to inspect your existing parts or crusher to ensure perfect fit.

We provide material certificates (mill certs), heat treatment reports where applicable, dimensional inspection reports, and packing lists. Additional documentation available upon request.

Yes, we ship worldwide. We have experience with international logistics and can arrange delivery to any location. We handle all export documentation and can ship via air or sea freight.

Yes, we provide technical support for all our parts including installation guidance, troubleshooting assistance, and maintenance recommendations. Field service support can be arranged for major installations.

Jaw plate service life varies significantly by application. Soft limestone/dolomite may see 2,000-4,000 hours with Mn13 or Mn18. Hard granite/basalt typically delivers 800-2,000 hours with Mn18 or Mn22. River gravel ranges 1,200-3,000 hours depending on silica content. Concrete recycling sees 600-1,500 hours with proper tooth profile. Iron ore typically achieves 500-1,200 hours with Mn22 + TiC inserts.

These estimates assume proper CSS settings, choke feed conditions, and regular inspection. See detailed service life guide →

Common causes include: tooth polishing from fines (pre-screen to remove -10mm material), open CSS operation reducing crushing force, one-side feed creating uneven wear, wrong alloy selection for rock type, and poor seating preventing work-hardening. See our troubleshooting guide for detailed diagnostics.

Tooth profile selection depends on your feed and application. Standard/Corrugated is most versatile for general quarrying. Super Grip/Deep Tooth works best for large, irregular, slabby feed. Flat/Non-Corrugated suits soft rock and controlled gradation. Recycling Profile handles concrete/asphalt with rebar. View complete tooth profile guide →

TiC (Titanium Carbide) inserts provide edge protection in highly abrasive applications: extended edge life (1.5-2× longer than plain manganese), CSS stability through slower tooth rounding, optimal load distribution, and cost effectiveness in siliceous feeds. Best for iron ore, hard granite, quartzite, siliceous gravel. Not recommended for heavy tramp metal risk or recycling with rebar.

Select based on rock hardness and abrasiveness. Mn13 (12-14% Mn) suits softer rock like limestone. Mn18 (17-19% Mn) is the most popular grade for granite, basalt, river rock. Mn22 (20-24% Mn) is for very hard, abrasive rock like iron ore. Rule of thumb: start with Mn18 for general quarrying. Detailed material selection guide →

Manganese jaw plates can sometimes be rebuilt through hardfacing, but with limitations. Rebuilding works when plates have adequate remaining thickness (>50% original), no cracks, and proper tooth form still visible. However, rebuilt sections don’t work-harden like original cast manganese, and subsequent wear life is typically 40-60% of new plates. Replacement is usually more economical for small-medium crushers.

Common installation errors include: poor seating (gaps behind plate), incorrect torque (over/under-torquing), dirty mounting surfaces, mismatched profiles on fixed vs. movable jaw, and no re-torque after warm-up. Always verify <0.5mm gaps with feeler gauges, follow OEM torque specs, and re-torque after 1-2 hours of operation.

Cost per ton = (Plate set cost + Installation labor + Downtime cost) ÷ Tons processed. Include all costs: purchase price, crew hours for installation, and lost production during changeout. Premium alloys (Mn22 + TiC) cost more upfront but often deliver lower cost/ton through extended life. Focus on cost per ton, not purchase price alone.