Ti(C,N)-based ceramic cermet grinding balls
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Estimated Delivery:Sep 12 - Sep 16
Ti(C,N)-Based Cermet Grinding Media
Customizable Ti(C,N)-based cermet high-energy milling media combining ceramic hardness with engineered toughness for demanding industrial service.
Key Advantages
Ti(C,N)-based hard phases support abrasive and thermally demanding service conditions.
Dimensions, finishing allowance and material targets can be matched to drawings and operating conditions.
Prototype evaluation, inspection requirements and scale-up can be reviewed with our technical team.
Supply & Customization Options
| Material system | Ti(C,N)-based cermet with an application-matched metallic binder |
|---|---|
| Product form | high-energy milling media |
| Customization | Dimensions, tolerance, surface condition, finishing allowance and lot size |
| Quality control | Dimensional inspection and agreed material-property testing |
| Order type | Prototype evaluation, pilot batch and repeat production supply |
Final composition, dimensions and tolerances are confirmed after review of the drawing, operating conditions and finishing route.
Typical Applications
- High-energy ball milling
- Mechanical alloying and powder refinement
- Hard ceramic and composite feedstocks
- Scale-up requiring stable grinding media
What to Provide
- Drawing or reference sample
- Load, wear and temperature conditions
- Required dimensions and inspection items
- Trial and production quantities
Applications & Capability
Manufacturing & Laboratory Strength
Founded in 2017 with technology contribution from Harbin Institute of Technology and capital participation from enterprises under Changchun New Area, Changyu Advanced Materials integrates R&D, manufacturing, analysis and technical service.
Our 50,000 m² site is supported by 300+ production units, 40+ analytical instruments, 20 national invention patents and participation in 5 national standards. The company has passed ISO 9001 and GB/T 28001-2011 management-system certification.
Frequently Asked Questions
Request Technical Support or a Quotation
Send your material, drawing, target specification, quantity and operating conditions. Our engineering team will recommend a suitable solution.
Contact Our TeamEmail: [email protected]
