Wear resistance and self-sharpening: The teeth of PDC drill bits have extremely high wear resistance and self-sharpening, which means that they can remain sharp during long-term use, reduce drilling pressure, and reduce drill string load, thereby improving mechanical drilling speed and rock breaking efficienc.
Widely applicable formations: PDC drill bits are suitable for soft to medium-hard formations, especially for use in high-temperature formations. Its shearing and rock breaking method enables efficient drilling experience in various formations.
Stable structure: PDC drill bits have no moving parts and wearing parts, with a stable structure and long service life, which helps prevent drilling accidents.
Applicable to small wells: PDC drill bits are not limited by wellbore size and are particularly suitable for use in small-sized wells.
High temperature stability: PDC drill bits are less affected by formation temperature and can work stably in high temperature formations, making them an ideal choice for high temperature formations.
Cost-effectiveness: Although the initial investment in PDC drill bits is high, their durability and high-efficiency rock-breaking ability can significantly reduce long-term use costs and improve overall economic benefits