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Product Introduction
Downhole torsion impactor is a tool used in oil drilling, mining and other fields, which can improve the efficiency of rock-breaking, reduce the wear and tear of the drill bit, enhance the stability and controllability of drilling, etc..
Its working principle is usually to convert the fluid energy of the drilling fluid into torsional, high-frequency, uniform and stable mechanical impact energy, and directly transfer it to the drill bit. For example, the transmission member inside the torque impactor can rotate within a restricted angle, driving the impactor to produce reciprocating impacts on the impactor body, thus providing additional torque impacts to the drill bit.
Our Advantage
The rotary impact drilling device offers the following key benefits:
1. Improve rock-breaking efficiency: By transforming the energy of the drilling fluid into a powerful torsional impact force, the device enhances the ability to break rocks, resulting in faster drilling speeds.
2. Reduce bit wear: The evenly distributed impact force helps minimize localized wear on the drill bit, extending its lifespan and reducing drilling costs.
3. Effective in challenging formations: The impactor is especially useful in tough and abrasive formations, reducing blockages and complications.
4. Increase drilling tool stability: By reducing vibration and deflection in drilling tools, stability, accuracy, and borehole quality are improved.
5. Lower drilling risks: The device helps prevent tool failures and uncontrolled boreholes, reducing the risks associated with drilling.
6. Optimize energy efficiency: By maximizing the utilization of drilling fluid energy, efficiency is improved, and energy consumption is reduced.
Product Uses
The influence of drilling torque is significant across a variety of industries:
1. Exploration and production of oil and gas: It is employed to boost the speed and effectiveness of drilling deep wells and challenging formations in the search for traditional oil and gas reserves.
2. Development of shale gas and tight oil and gas: It can effectively fracture rock formations in difficult drilling conditions, accelerating the drilling process and reducing expenses.
3. Geothermal drilling: It assists in extracting geothermal resources, enhancing drilling efficiency.
4. Mining: It improves the ability to break rocks and speeds up drilling in mining operations.
5. Geological surveys: It offers more efficient drilling techniques for obtaining precise geological data.
6. Development of non-traditional energy sources: It is utilized in the extraction of resources like coal bed methane and combustible ice, facilitating efficient energy production.
FAQ
1. What is a Downhole Torque Impactor and how does it function?
- A Downhole Torque Impactor is a device utilized in the oil and gas sector to exert torque on components located down the well. It operates by transmitting rotational force to the desired position in the wellbore.
2. What is the standard of your Downhole Torque Impactor?
- Our Downhole Torque Impactor is crafted to meet the highest quality benchmarks, guaranteeing dependable performance in challenging downhole environments.
3. What is the timeframe for ordering a Downhole Torque Impactor?
- The timeframe for ordering a Downhole Torque Impactor can vary based on the specifications and quantity needed. Please get in touch with us for specific delivery schedules.
4. What is the fundamental concept behind the functioning of a Downhole Torque Impactor?
- The fundamental concept behind the functioning of a Downhole Torque Impactor involves applying torque to downhole components to facilitate various drilling and completion tasks.
5. What is the duration of the warranty for your Downhole Torque Impactor?
- Our Downhole Torque Impactor is accompanied by a standard warranty period to ensure customer contentment and assurance.
Product Introduction
Downhole torsion impactor is a tool used in oil drilling, mining and other fields, which can improve the efficiency of rock-breaking, reduce the wear and tear of the drill bit, enhance the stability and controllability of drilling, etc..
Its working principle is usually to convert the fluid energy of the drilling fluid into torsional, high-frequency, uniform and stable mechanical impact energy, and directly transfer it to the drill bit. For example, the transmission member inside the torque impactor can rotate within a restricted angle, driving the impactor to produce reciprocating impacts on the impactor body, thus providing additional torque impacts to the drill bit.
Our Advantage
The rotary impact drilling device offers the following key benefits:
1. Improve rock-breaking efficiency: By transforming the energy of the drilling fluid into a powerful torsional impact force, the device enhances the ability to break rocks, resulting in faster drilling speeds.
2. Reduce bit wear: The evenly distributed impact force helps minimize localized wear on the drill bit, extending its lifespan and reducing drilling costs.
3. Effective in challenging formations: The impactor is especially useful in tough and abrasive formations, reducing blockages and complications.
4. Increase drilling tool stability: By reducing vibration and deflection in drilling tools, stability, accuracy, and borehole quality are improved.
5. Lower drilling risks: The device helps prevent tool failures and uncontrolled boreholes, reducing the risks associated with drilling.
6. Optimize energy efficiency: By maximizing the utilization of drilling fluid energy, efficiency is improved, and energy consumption is reduced.
Product Uses
The influence of drilling torque is significant across a variety of industries:
1. Exploration and production of oil and gas: It is employed to boost the speed and effectiveness of drilling deep wells and challenging formations in the search for traditional oil and gas reserves.
2. Development of shale gas and tight oil and gas: It can effectively fracture rock formations in difficult drilling conditions, accelerating the drilling process and reducing expenses.
3. Geothermal drilling: It assists in extracting geothermal resources, enhancing drilling efficiency.
4. Mining: It improves the ability to break rocks and speeds up drilling in mining operations.
5. Geological surveys: It offers more efficient drilling techniques for obtaining precise geological data.
6. Development of non-traditional energy sources: It is utilized in the extraction of resources like coal bed methane and combustible ice, facilitating efficient energy production.
FAQ
1. What is a Downhole Torque Impactor and how does it function?
- A Downhole Torque Impactor is a device utilized in the oil and gas sector to exert torque on components located down the well. It operates by transmitting rotational force to the desired position in the wellbore.
2. What is the standard of your Downhole Torque Impactor?
- Our Downhole Torque Impactor is crafted to meet the highest quality benchmarks, guaranteeing dependable performance in challenging downhole environments.
3. What is the timeframe for ordering a Downhole Torque Impactor?
- The timeframe for ordering a Downhole Torque Impactor can vary based on the specifications and quantity needed. Please get in touch with us for specific delivery schedules.
4. What is the fundamental concept behind the functioning of a Downhole Torque Impactor?
- The fundamental concept behind the functioning of a Downhole Torque Impactor involves applying torque to downhole components to facilitate various drilling and completion tasks.
5. What is the duration of the warranty for your Downhole Torque Impactor?
- Our Downhole Torque Impactor is accompanied by a standard warranty period to ensure customer contentment and assurance.
Model | O.D(mm) | Length(mm) | Connection | Flow Rate(LPM) | Working WOB(KN) | ||||||
NC203 | 203 | 720 | 6-5/8REG | 1500~2700 | 140 | ||||||
Model | O.D(mm) | Length(mm) | Connection | Flow Rate(LPM) | Working WOB(KN) | ||||||
NC203 | 203 | 720 | 6-5/8REG | 1500~2700 | 140 | ||||||