The hammer of crusher
Inquire NowDescription
The hammer of the crusher is a crucial component designed for high-performance crushing applications. Specifically, the hammer head, which is mounted on the hammer shaft of the crusher rotor, plays a pivotal role in reducing materials to a desired size through high-speed impact and shear forces. This innovative product is available in various materials including high manganese steel, bimetal, compound hammers, and high chromium alloy, each tailored to meet different operational demands. The use of advanced materials like cemented carbide enhances wear resistance, ensuring durability and efficiency in crushing operations.
Featuring a unique fusion of high chromium alloy and low alloy steel, the hammer effectively resolves common issues such as fracture and U-turn, significantly improving safety and longevity. When in operation, the hammer rotates at high speeds, interacting with materials like pebbles, coal gangue, and limestone, making it an ideal choice for a multitude of industries including cement and sand production.
Specifications
| Material | Description |
|---|---|
| High Manganese Steel | Provides excellent impact resistance and adaptability to various crushing conditions. |
| Wear-Resistant Composite | Combines toughness and wear resistance, ensuring long-lasting performance. |
| Tungsten-Titanium Alloy | Features high anti-wear properties and reliable safety performance for harsh environments. |
| High Chromium Alloy | Ensures high hardness in the hammerhead while maintaining toughness in the handle. |
Additional Information
- Production Capabilities: The company specializes in a wide range of casting products and can accommodate customized orders based on client specifications.
- Location: The manufacturing facility is located in Zhangjiakou City, Hebei Province, providing convenient access to major transportation hubs.
- Technological Advancements: Utilizes various casting techniques including water glass sand casting and precision casting to ensure quality.
