Contact Person : Dai Hui
Phone Number : 029-89298176

6 XH S 7139 A(24023) PDC Drill Bit with GI Cutter Grade 3-1/2REG API Connection and 65.4% Chip Removal Groove Area Ratio

Place of Origin CHINA
Brand Name XINGTONG
Certification API、ISO 9001
Model Number 6 XH S 7139 A(24023)
Document 6 XH S 7139 A(24023).pdf
Minimum Order Quantity 1 Picece(MOQ)
Price Negotiable
Packaging Details Standard Exported Package
Delivery Time 15-45 Days
Payment Terms L/C,D/P,T/T,
Supply Ability Stable supply and support for bulk customization
Product Details
Cutter Grade GI IADC Code S432
Body Type STEEL Face 32
Gauge 39 Updrill 7
Nozzle Type & Count M*8 Chip Removal Groove Area Ratio 65.4%
API Connection 3-1/2REG Make-Up TQ 7.1-11.5KN.m
Gauge Length 61mm Make-Up Length 244mm
Approximate Shipping Weight 21kg Recommended Weight On Bit(Maximum Acceptable) 10-12T (78T)
Total Flow Area 462mm^2
Highlight

PDC drill bit for hard rock

,

Xingtong PDC drill bit 6 XH

,

S 7139 A drill bit with warranty

Leave a Message
Product Description
Xingtong Drill Bit 6 XH S 7139 A(24023)
Product Positioning

The XH series represents Xingtong's high-durability drill bit lineup engineered specifically for ultra-hard and highly abrasive formations. Designed with the core objectives of extending bit life and maintaining stable penetration rates, this series incorporates enhanced wear-resistant materials and optimized structural design to deliver superior performance in demanding drilling conditions.

Technical Highlights
  • Enhanced performance in hard formations to extend drill bit life and improve penetration rates
  • Optimized crown geometry ensures uniform load distribution, reduces stress on individual teeth, and minimizes core gouging risk
  • High-performance imported PDC cutters selected for superior shoulder wear resistance and impact resistance
  • Unique rear-flute design maintains cutting aggressiveness while enhancing overall drill bit durability
Applicable Operating Conditions

Ideal for drilling operations in extremely hard and highly abrasive formations where extended tool life and higher penetration rates are critical requirements.