| Customization: | Available |
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| After-sales Service: | According to Drill Bit Usage |
| Warranty: | According to Drill Bit Usage |
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PDC (Polycrystalline Diamond Compact) bits are engineered to enhance drilling efficiency in various challenging geological formations such as shale, limestone, and sandstone. These bits are tailored to address the specific demands of different drilling scenarios and are available in two primary body types: steel body and matrix body.
Steel Body PDC Bits:
Construction: Steel body PDC bits are crafted from a single piece of high-strength steel. This type of construction provides durability and robustness, making steel body bits suitable for drilling in abrasive formations.
Advantages:
Strength: Steel body bits are known for their strength and resistance to wear, making them ideal for drilling in tough formations.
Versatility: These bits can withstand high-impact drilling conditions and are versatile across a range of formations.
Applications: Steel body PDC bits are often preferred for drilling in harder formations like shale and abrasive formations where durability and strength are crucial.
Matrix Body PDC Bits:
Construction: Matrix body PDC bits are made from a tungsten carbide material matrix that is embedded with PDC cutters. This construction offers a balance of toughness and resistance to abrasion.
Advantages:
Heat Resistance: Matrix body bits excel in heat resistance, making them suitable for drilling in formations where high temperatures are encountered.
Customization: The matrix material can be customized to suit specific drilling requirements, providing flexibility in design.
Applications: Matrix body PDC bits are commonly used in softer formations like sandstone and clay, where heat resistance and efficient cutting are essential.
How to choose the correct drill bit ,it is very import for drilling enigineer.
Customization:
Both steel body and matrix body PDC bits can be customized to meet specific drilling needs based on the formation characteristics, drilling conditions, and desired performance outcomes.
Manufacturers often offer a range of designs and configurations to optimize drilling efficiency and performance in different geological settings
The performance of the drill is influenced by several factors:
+Body material:
+Density of the cutting elements:
+Cutter size or type:
+Bit profile:
| SPECIFICATION | |
| Size : | 9-1/2 " (241.3mm) |
| Drill Body Type : | Steel Body |
| Blades Quantity : | 5 |
| Nozzles Quantity : | 5 |
| API Connection (in) : | 6 -5/8" REG |
| Gauge Length (In): | 2.5 |
| OPERATIONAL PARAMETERS | |
| Weight on Bit (KN): | 9- 67 |
| RPM Range(Rotary): | 100 -DHM |
| Flow Rate(lps): | 11- 15 LBS |
| Make-Up Torque(KN): | 17-26.4KN |
During the drill bit design process, there are much more optional feature for you choose to Improve the drill bit cutter performance .
as below , but not limited on this .
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