Why 900mm Input Size Is Non-Negotiable for Large-Scale Projects

Imagine this: your construction team is ready to crush 1,200 tons of concrete debris per day—but the crusher you’ve selected can’t handle chunks larger than 450mm. The result? Delays. Bottlenecks. Extra labor. And a project that spirals out of control.

This isn't hypothetical—it’s what happens when engineers overlook one critical parameter: maximum feed size. In large-scale demolition, mining, or infrastructure projects, choosing a crusher with insufficient input capacity isn't just inefficient—it's costly.

The MK Advantage: From 0–900mm Feed to 50–450 TPH Output

With MK’s modular design, you’re not just getting bigger feed capability—you’re gaining operational agility. No more pre-screening or secondary crushing. Just drop in large pieces and let the system do the rest.

How It Works: Why Big Feed + Smart Design = Real Efficiency Gains

The real magic lies in how MK integrates three key innovations:

• Sliding Skid Base: Move the unit between sites in under an hour—no cranes, no permits.
• Modular Assembly: Each component is pre-engineered for rapid connection—no on-site welding required.
• High-Efficiency Crushing Chamber: Handles everything from reinforced concrete to asphalt blocks without clogging.

When these features work together, they eliminate downtime caused by setup, maintenance, or material handling. That’s why clients like those in Australia and the UAE report up to 3x faster throughput compared to fixed installations.

If you're managing a project where time equals money—whether it's a highway rebuild, landfill remediation, or industrial demolition—then every hour counts. Let your team focus on moving forward, not waiting for the crusher to catch up.