Xingli Industrial Ceramics
1 / 5
The Metal Ceramics coal mill grinding table is engineered for enhanced durability and performance in grinding applications, featuring a unique composite material that combines metal and ceramic properties for superior wear resistance and longevity. Designed to optimize coal grinding efficiency, this grinding table ensures uniform particle size reduction, minimizing energy consumption and enhancing productivity.
With its precision-engineered surface and robust construction, it is ideal for heavy-duty industrial coal mills, providing a reliable solution that meets the demands of modern milling processes. Whether you're looking for high-performance grinding components or need to upgrade your coal mill, the Metal Ceramics coal mill grinding table stands out for its exceptional performance and longevity.
The Metal Ceramics coal mill grinding table addresses the common challenges of wear and maintenance by offering exceptional durability and resistance to abrasion.
Its unique composite design combines metal strength with ceramic toughness, ensuring longer service life and reduced downtime.
As a tailored solution for high-efficiency grinding, it enhances productivity while minimizing energy consumption.
| TECHNICAL PARAMETERS | |
|---|---|
| Model NO. | Grinding Table Liner |
| Material | Metal-Ceramic Composite / Alloy Steel |
| Product Size | 2520mm × 303mm, 3010mm × 359mm |
| Gross Weight | 370 kg, 550 kg |
| Certification | CE, RoHS, ISO 9001:2000, ISO 9001:2008 |
| Structure | Single Composite |
| Manufacturing Process | Casting & Polishing |
| Wear Resistance | Exceptional (Ceramic Properties) |
| Installation Type | Bolted Or Welded |
| Capacity | High-Capacity Coal Milling Operations |
Advanced ceramic coating minimizes wear, significantly extending lifespan and reducing replacement frequency.
Optimized design enhances material flow, leading to finer products and improved throughput.
The metal core provides high strength to withstand heavy loads and extreme operational conditions.
