IADC 517 Insert Tooth Tricone Drill Bit China Factory Suppliers
High-performance IADC 517 insert tooth tricone bits from a leading China factory. Designed by expert suppliers for soft formations, featuring tungsten carbide inserts and advanced seal systems to maximize drilling efficiency and durability.
About this product
Product information from the supplier.
The 9 7/8” (250.83mm) IADC 517 Insert Tooth Tricone Drill Bit is a high-performance engineering solution specifically designed for oilfield drilling operations. Engineered for reliability in soft formations, this bit utilizes premium tungsten carbide inserts to deliver superior crushing and shearing capabilities, ensuring efficient penetration and maximized drilling speeds in challenging geological environments.
Featuring a robust three-cone rotating assembly and an advanced bearing system, this tool is optimized for low compressive strength formations such as mudstone, gypsum, and soft limestone. By combining precision manufacturing with high-performance seals and lubrication, it withstands extreme downhole loads and high temperatures, reducing downtime and lowering the overall cost per foot for energy and mining projects.
Detailed Parameters
| Metric Diameter | 9 7/8” (250.83mm) | IADC Code | 517 |
|---|---|---|---|
| Tooth Type | Tungsten Carbide Inserts | Thread Connection | 6 5/8” API REG |
| Gross Weight | 66KG | RPM Range | 60 ~ 140 RPM |
| WOB Range | 0.35 ~ 1.0 | Applicable Industry | Energy, Mining & Construction |
| Target Formations | Mudstone, Gypsum, Soft Shale | Condition | New |
Key Advantages
Premium Durability
Equipped with tungsten carbide inserts that offer exceptional wear resistance against abrasive soft formations.
Enhanced Lifespan
High-performance seals and lubrication systems protect bearings from friction and extreme downhole heat.
Precision Engineering
Optimized cone geometry ensures maximum crushing efficiency and stable drilling trajectories.
Formation Versatility
Specifically tuned for soft limestone, salinastone, and gypsum to maintain high ROP.
Strict Quality Control
Each bit is verified against factory certificates to ensure exact matching with well diameters.
3-Year Guarantee
Industry-leading storage and quality guarantee period for peace of mind in long-term projects.
Product Gallery
Management Platforms
Inventory Management
Real-time tracking of drill bit specifications and stock levels for rapid deployment.
Parameter Optimization
Precise calibration of RPM and WOB to prevent premature tool wear.
Maintenance Alerts
Scheduled notifications for seal checks and lubrication audits based on drilling hours.
Quality Assurance
Verification of conformity certificates and factory serial number matching.
Logistic Tracking
Climate-controlled shipping monitoring to maintain 10-30°C storage requirements.
Field Performance Analytics
Analyzing ROP data to optimize nozzle selection and hydraulic flow channels.
Investment Return Comparison
| Feature Metric | Standard Tricone Bit | IADC 517 Insert Bit |
|---|---|---|
| Formation Penetration | Moderate | High (Optimized for Soft) |
| Wear Resistance | Basic Steel Tooth | Advanced Carbide Inserts |
| Seal Life-Cycle | Standard | Extended High-Temp Seals |
| Operational Stability | Prone to Vibration | High Stability / Smooth Ops |
| Cost per Foot | Average | Low (Due to Longevity) |
Frequently Asked Questions
The IADC 517 is specifically designed for soft formations with low compressive strength, including mudstone, gypsum, salinastone, soft shale, and soft limestone.
No. According to the operating guidelines, the upper limits of Weight-on-Bit (WOB) and Rotational Speed (RPM) should not be used simultaneously to avoid premature failure.
The bit should be lowered slowly. After contacting the bottom, apply gentle pressure (5-15kN) and a low speed (60r/min) for 30 minutes before gradually increasing to normal parameters.
Drill bits should be stored indoors in a dry, ventilated area protected from sun and rain, with a temperature range between 10°C and 30°C.
Select nozzles based on your specific hydraulic parameters. Ensure that the nozzle hole size grade difference is not too large to prevent erosion of the flow channel.
If abnormalities such as jump drilling occur, you should immediately analyze the cause and implement effective measures to adjust parameters and ensure smooth operation.