PDC Cutter With Tail
renowned for its application in drilling and cutting operations.
While the term “tail” is not a standard feature of PDC cutters, it is the composite material of PDC that sets it apart. PDC cutters are primarily composed of Polycrystalline Diamond, a material known for its exceptional hardness and wear resistance, making it ideal for a variety of drill bits and cutting tools.


We got a blend of diamond
we got tungsten carbide substrate
we d0 it!
PDC Cutter

KBJZ offers cutters in various sizes to meet your specific needs, specs, application, and budget.

Available Sizes
| 1308 | 1306 | 1304 | 1305 |
| 1613 | 1608 | 1913 | 1313 |
| 0904 | 1004 | 1005 | 1010 |
Manufacturing Process of PDC Cutters
Natural or synthetic diamond powder is mixed with a binder (containing metals like cobalt and nickel).

intered under high temperature (1000~2000℃) and high pressure (5~10GPa) onto a hard alloy substrate.
step one
Manufacture of PDC Composite MaterialStep one
PDC Cutter With Tail

Precision Cutting in Industrial Applications
step two
Processing of PDC Cutters
cutting the PDC composite into various shapes, welding the cutters onto the bit body.

sharpening the cutting edges.
Structural Features
pdc

PDC cutters with tail are designed for different scenarios and purposes. For instance, PDC drill bits can be categorized based on the material and manufacturing method of the drill body into steel body PDC drill bits and tungsten carbide matrix PDC drill bits. These designs take into account various geological conditions and drilling requirements such as erosion resistance, wear resistance, bit pressure drop, and drilling fluid sand content.
Applications and Versatility
Structural Features
PDC cutters with tail are composed of a synthetic diamond layer bonded to a tungsten carbide substrate, which provides a unique combination of hardness and toughness. This structure allows the cutters to maintain a sharp edge and resist wear under extreme conditions.

Applications and Versatility
The PDC Cutter With Tail is a critical tool in the industrial sector, particularly in drilling and cutting applications. Its unique composition of polycrystalline diamond provides unmatched performance and longevity. By understanding the different types and manufacturing processes of PDC cutters, industry professionals can select the most suitable tool for their specific drilling needs, ensuring efficient and effective operations.
High Hardness and Wear Resistance
PDC cutters offer superior hardness and wear resistance due to the high diamond content, which can reach up to 99%.
High-Temperature Stability
PDC cutters maintain their hardness and wear resistance under extreme heat, making them suitable for high-temperature drilling environments.
Efficient Cutting
The sharp cutting edge of PDC cutters allows for efficient shearing through rock, which is more effective than traditional crushing methods.
Conclusion
welcome to KBJZ


