What is the best cone crusher cavity for lead zinc ore 110 tph
1. Matching Cavity Type to Lead Zinc Ore Characteristics
When processing lead zinc ore at a target of what is the best cone crusher cavity for lead zinc ore 110 tph, the first step is understanding your material. Lead zinc ores are typically medium-hard to hard, often with a mix of sharp, angular fragments and some fines. A coarse cavity (Type C) is generally suitable for primary crushing stages, but for secondary or tertiary reduction at 110 tph, a medium or fine cavity often delivers better results. The right cavity directly affects liner wear, product shape, and power consumption. For most lead zinc operations in Peru and Kazakhstan, a multi-throw cavity design provides a good balance – it allows aggressive crushing at the top while maintaining a controlled choke feed lower down. Actual performance varies with feed size, moisture, and crusher setting. Always test with your material or consult OCP engineers for site-specific recommendations.
2. Standard vs. Short Head Cavities – Which Works at 110 tph?
A common question among plant operators is what is the best cone crusher cavity for lead zinc ore 110 tph – standard or short head? For a closed circuit producing -20mm product for flotation feed, a short head cavity (Type SH) is widely preferred. It features a parallel zone that produces more consistent particle shape and fewer flats. However, if your feed is coarser (say 150-200mm) and you need a higher reduction ratio, a standard cavity (Type ST) may be more suitable. Many of our clients in Kazakhstan find that a medium cavity (Type M) on a Type G cone crusher gives them stable 110 tph output without over-grinding. *Production data are based on typical lead zinc ore with medium hardness; please request current parameters from our 24/7 support team.*
3. Practical Tips to Achieve 110 tph Efficiently
No single cavity is “perfect” for every site, but you can maximize results by following three rules. First, maintain choke feeding – the cavity should always be full to ensure inter-particle crushing, which lowers liner wear and power cost per ton. Second, match the cavity to your closed side setting (CSS) . For 110 tph, a CSS between 10mm and 20mm typically works well with a short head cavity. Third, monitor liner wear – as the cavity profile changes, your tonnage may drop. Replacing liners at the right time keeps production stable. OCP Mechanical Company’s cone crushers feature hydraulic setting adjustment and tramp iron relief, making it easier to maintain what is the best cone crusher cavity for lead zinc ore 110 tph over months of continuous operation. Results depend on proper installation, maintenance, and ore consistency.
4. Why OCP Cavity Designs Are Cost-Effective for Peru & Kazakhstan
As a direct manufacturer with over 40 years of experience, OCP Mechanical Company provides fully customizable cavity profiles for lead zinc ore – from extra-coarse to extra-fine, and even manganese alloys tailored to abrasive ores. Because we sell factory-direct, you avoid distributor markups, giving you more value for your investment. Our cone crushers are widely used in metal mines across South America and Central Asia. For your 110 tph target, we recommend starting with a Type SH-M (short head with modified medium profile) , which has helped several mines in Peru achieve stable throughput, lower recirculating load, and longer liner life. Prices and specifications are for reference only; final configurations depend on site conditions. OCP reserves the right to update technical data without prior notice.
Need a cavity recommendation for your lead zinc ore line? Our customer service team is online 24/7 – click the chat button for free consulting, a no-obligation quote, and expert selection advice. Let OCP help you crush smarter at 110 tph.
