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Crusher Main Shaft Forging
Crusher Main Shaft Forging
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Product Overview
Crusher Main Shaft Forging is designed for rotating service in which torsional loading, bending, alignment, and subsequent machining sequence all influence final performance. Compared with machining directly from bar stock or fabricated sections, a proper shaft forging route improves internal structure, preserves material continuity, and offers a safer base for journals, tapers, splines, and connection features.
Crusher main shafts operate under repeated shock, torsion, and bending loads. For this reason, customers normally emphasize internal soundness, heat-treatment stability, and sufficient stock in highly stressed transition zones where cracks or machining errors would create major service risk.
Detailed Parameters
Product Code | 12009 |
Typical Materials | 42CrMo4, 34CrNiMo6, 40Cr, 4140, 4340, and mining-duty alloy steels |
Typical Size Range | OD, length, bore size, step transitions, and journal allowance arranged according to shaft duty and drawing |
Supply Condition | As forged, heat treated, rough machined, semi-finished, or finish-machined according to project scope |
Machining Scope | OD/ID/faces, journals, shoulders, tapers, key zones, threads, bores, and straightness control |
Inspection Options | UT, MT/PT where applicable, PMI, hardness, mechanical testing, dimensional inspection, and third-party witness |
Documentation | EN 10204 3.1, heat-treatment record, dimensional report, NDT report, marking list, and project-specific dossier |
Typical Applications | Crushing equipment; Mining crusher assemblies; High-impact rotating systems; Main-shaft replacement programs |
Commercial Note | Dimensions, heat treatment, machining allowance, and inspection scope can be arranged according to drawing and project specification. |
Key Advantages
Rotational Reliability — Forged shaft structure supports heavy torque transmission and helps reduce the risk associated with shrinkage or internal discontinuities.
Straightness Potential — The forging route is planned to support straightening, rough machining, and journal development for demanding rotating service.
Section Transition Control — Stock can be concentrated in highly stressed shoulders, journals, or tapers so machining does not weaken critical zones.
Heat-Treatment Stability — Suitable heat-treatment routes improve hardness, toughness, and dimensional stability for downstream machining and service.
Application-Specific Supply — Solid, hollow, stepped, marine, mill, and crusher shafts can all be arranged according to duty and drawing requirements.
Typical Applications
• Crushing equipment
• Mining crusher assemblies
• High-impact rotating systems
• Main-shaft replacement programs
Supply Scope and Inspection
Crusher Main Shaft Forging can be supplied as a forging blank, heat-treated forging, rough-machined forging, or semi-finished part according to the customer’s process route. Where the project requires closer dimensional control, additional OD/ID/facing, journal, bore, or drilling work can be incorporated before shipment.
For inspection-sensitive orders, Yongxinsheng can coordinate ultrasonic testing, MT/PT where applicable, PMI, hardness checks, mechanical testing, marking, EN 10204 3.1 documentation, and third-party witness arrangements. This makes the product suitable not only for general industrial procurement but also for project-based orders with stricter quality-document requirements.
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