Feed study alignment
Equipment conversations start from ore hardness, moisture, fines content, and target product curve instead of catalog assumptions.
Crushing & Screening Equipment
Specification-led crushing systems for mines that cannot afford uncertain uptime.
Thyssenkrupp supports mineral processors, quarry operators, and cement producers with crusher packages, screening lines, wear-part planning, and engineering documentation built around throughput, feed condition, and lifecycle cost.
Specification Comparison
Two reference duty classes for crushing line planning
Use these indicative engineering bands to start the discussion before a feed study, wear simulation, and site-specific layout review.
| Parameter | Primary Crusher Package | Secondary Screening Package |
|---|---|---|
| Typical duty | ROM ore reduction | Product sizing and recirculation |
| Planning focus | Feed opening, mantle selection, chamber geometry | Deck media, stroke, aperture control |
| Documentation set | GA drawings, load tables, maintenance envelope | Screening curves, support frame loads, inspection points |
| Buyer team | Mine planning, process engineering, maintenance | Plant operations, QA, reliability engineering |
Engineering Controls
Six capability areas that keep procurement technical
Wear-part planning
Recommended liners, screens, and changeout intervals are matched to duty conditions to reduce unplanned shutdown exposure.
Layout integration
Crusher, feeder, screen, and conveyor interfaces are reviewed as one operating circuit with maintenance access included.
Documented safety
Guarding, lockout zones, lifting points, and inspection routines are described clearly for site maintenance teams.
Lifecycle economics
Technical support compares installed power, wear consumption, service windows, and spare availability before final selection.
Commissioning discipline
Startup checklists and handover notes help operators verify alignment, vibration, lubrication, and product quality.
Procurement FAQ
Questions technical buyers ask before shortlisting
What data is needed for crusher sizing?
Feed distribution, crushability, abrasiveness, moisture, operating schedule, target product size, and installation constraints create the starting point for any responsible sizing conversation.
Can screening media be specified early?
Initial aperture and material choices can be proposed early, but final media selection should follow product curve expectations and the site's maintenance strategy.
How are spare parts handled?
Critical spares are prioritized by failure impact, expected wear rate, and site logistics. Recommended stocking lists can be structured by commissioning, first year, and steady-state operation.
Does the team support brownfield upgrades?
Yes. Existing foundations, conveyors, power limits, and access routes are reviewed before retrofit concepts are proposed, so the plant avoids hidden civil or shutdown risks.
Downloads
Engineering documents prepared for review meetings
Crusher Selection Checklist
Feed data, layout notes, and duty factors for primary equipment review.
Request fileWear Forecast Worksheet
A structured sheet for liner, screen media, and inspection interval assumptions.
Request fileMaintenance Access Guide
Planning notes for lifting routes, guarding, service clearances, and shutdown windows.
Request fileNeed a documented crusher shortlist for an active project?
Send duty data and receive a structured engineering response for review.