6 1/2 XHR S 5167 A(24040) High-RPM PDC Drill Bit for Soft Formations with Optimized Hydraulics
6 1/2 XHR S 5167 A(24040) High-RPM PDC Drill Bit for Soft Formations with Optimized Hydraulics
Basic Properties
Place of Origin:
CHINA
Brand Name:
XINGTONG
Certification:
API、ISO 9001
Model Number:
6 1/2 XHR S 5167 A(24040)
Trading Properties
Minimum Order Quantity:
1 Picece(MOQ)
Price:
Negotiable
Payment Terms:
L/C,T/T,D/P,
Supply Ability:
Stable supply and support for bulk customization
Product Summary
Xingtong Drill Bit 6 1/2 XHR S 5167 A(24040) Positioning The XHR series is a high-RPM drill bit engineered for high-speed drilling operations in soft formations. Designed to achieve superior rate of penetration (ROP) in soft geological conditions, this drill bit utilizes advanced tooth geometry and ...
Product Custom Attributes
Highlight
PDC drill bit with warranty
,Xingtong PDC drill bit
,6 1/2 inch drill bit
Cutter Grade:
GI
IADC Code:
S422
Body Type:
STEEL
Face:
26
Gauge:
23
Updrill:
5
Nozzle Type & Count:
M*5
Chip Removal Groove Area Ratio:
59.5%
API Connection:
3-1/2REG
Make-Up TQ:
7.1-11.5KN.m
Gauge Length:
51mm
Make-Up Length:
226mm
Approximate Shipping Weight:
21kg
Recommended Weight On Bit（Maximum Acceptable）:
10-12T （78T）
Total Flow Area:
289mm^2
Product Description
Detailed Specifications & Features
Xingtong Drill Bit 6 1/2 XHR S 5167 A(24040)
Positioning
The XHR series is a high-RPM drill bit engineered for high-speed drilling operations in soft formations. Designed to achieve superior rate of penetration (ROP) in soft geological conditions, this drill bit utilizes advanced tooth geometry and hydraulic optimization to deliver efficient rock fragmentation and rapid cuttings removal, significantly accelerating drilling speed.
Technical Highlights
- Specifically designed for high-speed drilling applications in soft formations
- Hybrid matrix with optimized irregular cutting teeth configuration enhances rock-breaking efficiency while increasing cuttings transport velocity
- Nozzles and flow passages engineered through Computational Fluid Dynamics (CFD) design provide superior cuttings-carrying efficiency during high-speed operations
- High-strength steel body construction allows for thinner cutter blade thickness, preventing interference at the blade rear during high mechanical drilling rates
Applicable Operating Conditions
Ideal for drilling intervals in soft to medium-hard formations where accelerated penetration is required. Specifically designed for operations aiming to achieve the highest possible mechanical drilling rate while maintaining operational efficiency.
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