PDC Diamond Teeth

1308 Flat PDC Cutter | Single/Double/Triple Tooth

Core Product Parameters

  • Direct supply from source factory
  • Custom 1308 flat PDC cutter
  • High wear resistant

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1308 Flat PDC Cutter is a premium polycrystalline diamond compact cutter specially engineered for harsh drilling and mining working conditions. We supply complete specifications of PDC cutter heads, including single tooth, double tooth (two teeth), triple tooth (three teeth) models, with full customizable length, thickness and overall dimensions to match diverse drilling bit designs and geological operation demands.
Adopting high-purity diamond layer and high-toughness tungsten carbide substrate with ultra-high pressure and high-temperature sintering technology, our 1308 flat PDC cutters feature exceptional hardness, superior wear resistance, strong impact resistance and excellent thermal stability. Compared with ordinary cutters, this 13mm*8mm standard 1308 model delivers higher unit point load, easily penetrating hard rock and abrasive formations, effectively reducing drilling resistance and improving overall drilling efficiency and service life.
Versatile in application, our custom 1308 PDC tooth cutter heads are widely applied in water well drilling, mining exploration, geological prospecting and other industrial drilling scenarios. Whether for shallow civil water well drilling, medium-depth mineral mining drilling, or complex geological survey sampling, our customizable PDC cutter heads can be tailored to specific formation hardness, drilling depth and equipment parameters. All size parameters including cutter length, thickness, outer diameter and tooth spacing support full OEM & ODM customization, providing one-stop drilling tool solutions for global drilling engineering contractors.
As a professional PDC cutter manufacturer , we strictly control raw material selection, sintering process and finished product inspection. Our 1308 flat composite片 cutter heads are not easy to chip or delaminate under high-load and high-temperature working environments, ensuring stable and continuous drilling performance, lowering tool replacement frequency and reducing engineering operating costs for users worldwide.