| Type: | PDC Bit |
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| Usage: | Coring |
| Certification: | CE, ISO |
| Material: | Carbon Steel |
| Property: | Coring |
| Industry: | Geological Survey |
| Samples: |
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| Customization: |
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A T.C (Tungsten Carbide) core bit is a specialized drilling tool used in geological mining, exploration, and drilling activities. Here is a detailed description of a T.C core bit:
Tungsten Carbide Material: Tungsten Carbide is a compound consisting of tungsten (W) and carbon (C). It is an extremely hard and durable material, known for its excellent wear resistance and strength. Tungsten Carbide is commonly used in drilling tools due to its ability to withstand the demanding conditions encountered in geological drilling.
Bit Structure: A T.C core bit typically consists of several components:
Bit Body: The main body of the core bit is usually made of high-grade steel or other robust materials. It provides structural integrity and serves as a connection point for the drill string.
Core Barrel: The core barrel is a cylindrical section of the bit that houses the drill core sample. It is designed to capture and extract a continuous cylinder-shaped sample of the geological formation being drilled.
Tungsten Carbide Matrix: The cutting face of the core bit is embedded with closely spaced tungsten carbide buttons or inserts. These buttons are strategically positioned to ensure efficient cutting and removal of the formation during drilling.
Waterways: The bit may feature waterways or channels to facilitate the circulation of drilling fluids, such as water or mud, to cool the bit and carry away the drilled rock cuttings.
Cutting Mechanism: The T.C core bit utilizes the hardness and toughness of tungsten carbide to effectively cut through various types of geological formations. As the bit rotates, the tungsten carbide buttons or inserts come into contact with the rock surface, exerting a high compressive force. This force, combined with the abrasiveness of the tungsten carbide, allows the bit to break and remove the rock, forming a core sample.
Application Areas: T.C core bits are widely used in geological mining, exploration, and drilling activities. They are suitable for drilling in various formations, including soft, medium, and hard rock formations. T.C core bits are commonly employed in mineral exploration, geotechnical investigations, and geological research, where obtaining high-quality core samples is crucial for analysis and evaluation.
Advantages: T.C core bits offer several advantages over other types of core bits:
Enhanced Durability: The tungsten carbide material provides exceptional hardness and wear resistance, ensuring prolonged bit life and improved performance in demanding drilling conditions.
Efficient Cutting Performance: The hardness and toughness of tungsten carbide enable efficient and rapid penetration rates, reducing drilling time and increasing productivity.
High Core Recovery: The design of T.C core bits, combined with the effective cutting mechanism, allows for high core recovery rates, ensuring minimal loss of valuable geological samples.
General speaking, a T.C core bit is a drilling tool designed for geological mining, exploration, and drilling applications. It utilizes tungsten carbide inserts or buttons to efficiently cut through various rock formations and extract high-quality core samples. With its durability, cutting performance, and core recovery capabilities, the T.C core bit is a valuable tool in the field of geologic mining and exploration.
| Size Available as followings | ||
| Q Series | AQ, BQ, NQ, NQ2, NQ3, HQ, HQ2, HQ3, PQ, PQ2, PQ3 | |
| Wireline Series | Geobor S, WLA, WLB, WLN, WLH, WLP, WLB3, WLN3, WLH3, WLP3, WLN2, WL-56, WL-66, WL-76. | |
| T2 Series | T2 46, T2 56, T2 66, T2 76, T2 86, T2 101 | |
| TT Series | TT 46, TT 56 | |
| T6 Series | T6 76, T6 86, T6 101, T6 116, T6 131, T6 146, T6S 101, T6S 116 | |
| T6S Series | T6S 76, T6S 86, T6S 116, T6S 131, T6S 146 | |
| T Series | T36, T46, T56, T66, T76, T86 | |
| Z Series | Z46, Z56, Z66, Z76, Z86, Z101, Z116, Z131, Z146 | |
| B Series | B36, B46, B56, B66, B76, B86, B101, B116, B131, B146 | |
| MLC Series | NMLC, HMLC | |
| LTK Series | LTK48, LTK60 | |
| WF Series | HWF, PWF, SWF, UWF, ZWF | |
| WT Series | RWT, EWT, AWT, BWT, NWT, HWT(Single Tube, Double Tube) | |
| WG Series | EWG, AWG, BWG, NWG, HWG(Single Tube, Double Tube) | |
| WM Series | EWM, AWM, BWM, NWM, HWM | |
| Others | AX, BX, NX, HX, TBW, NQTT, HQTT, TNW, 412F, BTW, TBW | |
| Chinese Standard |
56mm, 59mm, 75mm, 89mm, 91mm, 108mm, 110mm, 127mm, 131mm, 150mm, 170mm, 219mm, 275mm. |
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FAQ:
1.What is a TC drill bit?
A TC drill bit is a type of drill bit that uses tungsten carbide as a cutting tool, commonly used for drilling in metal and non-metal materials.
2.What materials can TC drill bits be used on?
TC drill bits can be used on various materials such as metal, wood, plastic, ceramics, and more.
3.What are the advantages of TC drill bits?
TC drill bits offer advantages such as high hardness, good wear resistance, high cutting efficiency, and long lifespan.
4.How is a TC drill bit structured?
A TC drill bit typically consists of a tungsten carbide blade and a drill shaft, with cutting edges and flutes on the blade.
5.How do I choose the right size of TC drill bit?
Selecting the appropriate size of TC drill bit requires considering the desired hole diameter and the compatibility with the drilling equipment.
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