High chrome casting grinding ball / cylpebs
Inquire NowDescription
Introducing our high chrome casting grinding Cylpebs, a specialized grinding media designed for use in ball mills and SAG mills across various industries including mining, cement, and more. With a chrome content ranging from 10% to 28%, these Cylpebs are engineered to mill and crush ore, coal, sand, cement, and other materials efficiently. The exceptional microstructure achieved through alloy casting, combined with heat treatment, ensures superior hardness and a low breakage rate, translating to reduced wear and downtime for your ball mill operations.
The high chrome grinding Cylpebs are not just durable but also exhibit impressive performance metrics, making them a reliable choice for industries requiring high-efficiency grinding solutions. Their unique design and manufacturing process significantly lower wear rates, thus enhancing operational efficiency.
Specifications
| Property | Value |
|---|---|
| Chrome Content | 10-28% |
| Micro Structure | Martensite + Carbide + Residual Austenite |
| Impact Value | Min. 3.5 J/cm² |
| Surface Hardness | HRC 58-63 |
| Hardness Variation | Max HRC 2 (from surface to core) |
| Times of Falling Ball | Min. 28,000 |
| Breakage and Deshaping | Max 0.5% |
| Size Options | 8*8, 10*10, 12*12, 14*14, 16*16, 18*18, 20*25, 25*30, 25*38, 30*35, 35*40, 40*45, 45*50, 50*55, 55*60, 60*70 mm |
| Package | Metal Drum + Wooden Pallet, 800-1000 kgs per drum, 2 drums on one pallet |
| MOQ | 50 tons for each shipment (FCL 2 Containers), 5 tons for each size & each chrome content |
| Lead Time | 0-100 tons: 15-20 days; 100-500 tons: 15-30 days; 500-5000 tons: 15-150 days |
| Payment Term | 20% deposit, balance T/T within 7 days after B/L copy |
Additional Information
These high chrome grinding Cylpebs are produced to meet international standards including GB/T 17445-2009 (CN), ASTM 531/A 532M-93A (US), and EN 12513:2000E (EU). With their robust construction and excellent mechanical properties, they are tailored for high-performance applications in demanding environments.
