new material
High-strength cutting material (WBD2240) is an advanced synthetic diamond designed for industrial cutting applications requiring superior hardness, wear resistance, and impact durability. Engineered with an optimized crystalline structure, WBD2240 delivers precise cutting efficiency, extended tool lifespan, and exceptional thermal stability under high-load conditions. This material is widely used in precision machining, aerospace manufacturing, automotive tooling, and metalworking industries, ensuring reliable performance across demanding applications.
Product Overview
WBD2240 is a high-strength cutting material with a relatively complete crystalline structure, offering high impact resistance and excellent thermal stability. This material is suitable for a wide range of demanding cutting processes and is widely used in the cutting of materials such as marble, granite, non-ferrous metals, and the manufacturing of various engineering cutting tools.
Features
- Complete Crystalline Structure: The complete crystalline form ensures the material performs with high stability during processing.
- High Impact Resistance: Excellent impact resistance, making it suitable for work environments with high-impact forces.
- Good Thermal Stability: Maintains stable physical properties in high-temperature environments, ensuring consistent performance under extreme conditions.
Applications
- Marble Cutting: Suitable for precision cutting of marble, ensuring smooth and fine cutting results.
- Granite Cutting: Widely used for granite cutting, offering high wear resistance and cutting efficiency.
- Non-ferrous Metal Cutting: Ideal for cutting non-ferrous metals, providing excellent processing performance.
- Engineering Cutting Tools: Suitable for the manufacture of various engineering cutting tools, enhancing tool lifespan and processing quality.
