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Qirun manufactures Mn13 and Mn13Cr2 high manganese steel ball mill liners for mining, cement production, and mineral processing applications. These wear-resistant castings protect the internal surfaces of ball mills from grinding media impact and abrasive material contact.
High manganese steel offers a combination of impact toughness and work-hardening capability. Under suitable operating conditions, repeated impacts harden the liner surface while the underlying material retains its toughness.
Our ball mill liners can be manufactured according to customer drawings, mill dimensions, and operating requirements. We provide casting and machining support for replacement liners, custom wear parts, and grinding mill maintenance projects.
Parameter | Specification |
|---|---|
Product Name | High Manganese Steel Ball Mill Liners |
Brand | Qirun |
Material Grades | Mn13, Mn13Cr2 |
Casting Technology | Sand Casting, Lost Foam Casting |
Material Properties | Impact Toughness, Work-Hardening Capability, Abrasion Resistance |
Available Components | Shell Liners, End Cover Plates, Lifter Bars, Grate Plates |
Surface Profiles | According to Mill Design and Customer Drawings |
Applications | Mining, Cement, Mineral Processing, Metallurgy |
Customization | OEM Drawings, Liner Dimensions, Casting Requirements |
Quality Inspection | Chemical Composition and Casting Quality Inspection |
Order Information | Mill Model, Drawing, Material Grade and Required Quantity |
Final specifications, component availability, dimensions, and inspection requirements are confirmed according to the customer's technical drawings and purchase requirements.
High manganese steel is suitable for grinding environments where mill liners experience repeated impact from grinding balls and ore.
Its tough austenitic structure helps absorb impact energy and reduce the risk of brittle fracture under appropriate operating conditions.
Mn13 and Mn13Cr2 manganese steels can develop increased surface hardness when subjected to sufficient repeated impact.
This work-hardening behavior helps the liners resist impact-related wear while maintaining a relatively tough core.
Actual wear performance depends on impact intensity, ore abrasiveness, liner profile, and mill operating conditions.
Ball mill liners form a protective barrier between the mill shell and the grinding media.
They help reduce direct impact and abrasive contact with the mill body, protecting structural components during continuous grinding operations.
Different grinding applications require different liner geometries.
Qirun supports custom casting based on mill design, replacement part drawings, and operating requirements.
Liner profiles, mounting arrangements, and component dimensions can be reviewed to match existing equipment.
Our manufacturing capabilities include sand casting and lost foam casting for industrial wear-resistant components.
Casting dimensions, mounting surfaces, and machining requirements can be specified according to customer drawings to support replacement and installation.
Both Mn13 and Mn13Cr2 belong to the high manganese steel family and are commonly considered for impact-resistant wear components.
Comparison | Mn13 | Mn13Cr2 |
|---|---|---|
Material Type | High Manganese Steel | Chromium-Alloyed High Manganese Steel |
Main Alloying Elements | Manganese | Manganese and Chromium |
Impact Toughness | High | High, depending on composition and heat treatment |
Work-Hardening Capability | Yes | Yes |
Wear Performance | Suitable for impact-related wear | May offer improved wear behavior under selected conditions |
Material Selection | Based on impact and abrasion conditions | Based on impact, abrasion and alloy requirements |
The appropriate liner material should be selected according to the grinding process rather than material grade alone. Qirun can review customer operating conditions and drawings before production.
Qirun provides OEM and custom casting services for manganese steel ball mill liners.
Customers can submit technical drawings, existing part dimensions, or replacement liner specifications for manufacturing assessment.
Our customization service can cover:
Mn13 and Mn13Cr2 material selection
Custom liner dimensions and thicknesses
Liner surface profiles and mounting configurations
Replacement castings based on technical drawings
Machining of specified installation surfaces
Casting inspection and export packaging
To help us evaluate your requirements, please provide:
Ball mill model or equipment dimensions
Existing liner drawings or part numbers
Required material grade
Liner dimensions and quantity
Grinding material and operating conditions
Any specific machining or inspection requirements
Our team will review the information and discuss the suitable manufacturing options.
Manganese steel ball mill liners can be used in grinding equipment for processing iron ore, copper ore, gold ore, and other minerals.
They protect the mill interior against repeated grinding media impact and ore abrasion.
Ball mill liners are used in grinding systems for cement raw materials, clinker, and other industrial materials.
Material and profile selection should consider the operating environment, grinding media, and wear conditions.
Grinding mills used in ferrous and non-ferrous metal processing require wear-resistant internal components.
Custom manganese steel liners provide an option for applications involving repeated impact and material abrasion.
Ball mill liners are also used in selected industrial mineral grinding operations, including the processing of silicate and other mineral-based materials.
The liner profile and material grade should be matched to the required grinding conditions.
Mn13 and Mn13Cr2 ball mill liners are high manganese steel wear components designed to protect grinding mill interiors. Their main advantages include impact toughness and the ability to work-harden under repeated loading.
Mn13 is a high manganese steel grade, while Mn13Cr2 includes additional chromium alloying. Their relative wear performance depends on chemical composition, heat treatment, grinding media impact, and abrasive conditions.
Yes. Qirun supports custom casting based on customer drawings, liner dimensions, material requirements, and equipment specifications.
They are used in selected mining, mineral processing, cement, and metallurgical grinding applications where impact resistance is important.
Material selection depends on grinding media size, impact intensity, ore abrasiveness, mill dimensions, and operating conditions. Mn13 and Mn13Cr2 are options for impact-intensive environments, while other wear-resistant materials may be more suitable for predominantly abrasive conditions.