3-Tooth 1613 Chamfer PDC Composite Blade Teeth
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Core Product Parameters
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The customized
3-tooth 1613 chamfer PDC composite blade teeth
are high-performance diamond composite cutting accessories independently developed for complex rock stratum drilling scenarios. Different from conventional flat PDC cutters, they adopt a
3D three-tooth chamfer structure
to optimize the force transmission path, fundamentally solving industrial pain points of traditional cutters such as easy chipping, weak impact resistance and fast wear in hard rock formations.
Featuring fully customizable dimensions and modular free assembly, these PDC cutters can be flexibly matched with various drilling bits. They are widely applicable to water well drilling, mining exploitation, geological exploration and other engineering operations, perfectly suitable for complex hard rock strata including pebble, limestone, bluestone and basalt. Adopting high-quality tungsten carbide base and high-density diamond layer composite technology with high-pressure and high-temperature integrated sintering, the cutters feature compact structure, uniform texture and high bonding strength. The exclusive chamfer design disperses drilling impact stress effectively, greatly improving impact resistance, compression stability and wear resistance, avoiding edge chipping and sheet falling during operation, extending drill bit service life and reducing overall engineering costs.
Applicable Rock Strata & Engineering Scenarios
Applicable Rock Strata
: Pebble layer, limestone, bluestone, basalt and other soft-hard composite, high-hardness and high-abrasive strata, suitable for drilling operations in complex interlayers and broken formations.
Application Fields
: Civil and industrial water well drilling, mining drilling, general and detailed geological exploration, infrastructure pile foundation drilling, geotechnical engineering drilling, mineral resource exploration and development, and all-round drilling projects.