Dissolvable Magnesium Alloy – HHK Series

  • Dissolvable magnesium alloy rod as in downhole tools is a novel material solution for the oil and gas industry, designed to mitigate environmental and operational challenges. This alloy is engineered to dissolve predictably over a specific timeframe, eliminating the need for costly and time-consuming retrieval operations.
  • Its primary application lies in downhole tools such as frac balls, plugs, and seats, which can be designed to dissolve after a set period, allowing for effortless wellbore cleanup and reducing the risk of future well interventions.

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Features

  • By dissolving in a controlled manner, ensuring a safer and more efficient operation.
  • Lightweight and compact design, allowing for easier transportation and deployment.
  • High-strength-to-weight ratio, enabling reliable performance in harsh downhole environments.
  • Unparalleled corrosion resistance, ensuring extended tool lifespan and reduced maintenance costs.
  • Reduced logistics and disposal costs, as the alloy dissolves, eliminating the need for retrieval and disposal.

Technical Achievement

The oil and gas industry has long sought innovative solutions to overcome the challenges of downhole operations. One significant breakthrough in this regard is the development of dissolvable magnesium alloy rod, which has revolutionized the design and functionality of downhole tools. This technical achievement has far-reaching implications for the industry, enabling operators to improve efficiency, reduce costs, and enhance overall performance.

The introduction of dissolvable magnesium alloy rod has changed this paradigm, offering a game-changing solution that can be tailored to meet specific operational requirements. By leveraging the unique properties of magnesium, engineers can now create tools that can be designed to dissolve over a predetermined period, eliminating the need for costly and time-consuming retrieval operations.

One of the primary benefits of dissolvable magnesium alloy bar is its ability to reduce the environmental impact of downhole operations. By minimizing the amount of waste generated during drilling and completion activities, operators can significantly decrease their ecological footprint. Moreover, the alloy’s dissolvable nature enables the tool to be easily broken down, reducing the risk of damage to surrounding formations and minimizing the potential for environmental contamination.

In addition to its environmental advantages, dissolvable magnesium alloy bar also offers a range of operational benefits. For instance, the alloy’s lightweight properties enable the creation of more compact and agile tools, which can be easily deployed in complex wellbore geometries. Furthermore, the alloy’s high strength-to-weight ratio ensures that tools can withstand the harsh conditions encountered in downhole environments, while its corrosion resistance minimizes the risk of tool failure.

Application

Dissolvable Magnesium Alloy
GradeMin. Tensile StrengthMin. Yield StrengthMin. ElongationHardnessTesting ConditionsDissolvable Magnesium Alloy Type
MpaKsiMpaKsi%HBTemp. (℃ )Concentration of KCl
HHK-9638055.230043.5596933%High temp.
/
High strength
HHK-9845065.335050.8398933%
HHK-98245065.335050.8398933%
HHK-98932046.425036.3598903%
HHK-91638055.226037.73101500.84%
28040.6933%
HHK-5528040.625036.3570933%
HHK-8812017.48011.63565933%Low temp.
/
Ultra-high
ductility
HHK-10525036.318026.11275933%High temp.
/
High ductility
HHK-8525036.318026.11264933%
HHK-753104522031.9575933%
500.84%
HHK-733104522031.9570933%
HHK-74130043.525036.3670933%
500.84%
HHK-6321030.515021.81562933%High temp.
/
Ultra-high
ductility
HHK-63115021.89013.12058933%
HHK-61315021.89013.12455933%
HHK-343104522031.9575933%Regular
500.84%
500.1%
HHK-7429042.125036.3670933%
500.84%
500.1%
HHK-4322031.918026.1864933%
500.84%
500.1%
HHK-2324034.820029564933%
500.84%
500.1%
HHK-1324034.820029555933.0%
500.84%
500.1%
HHK-1424034.820029555933.0%
500.84%
500.1%
HHK-1524034.820029555933.0%
500.84%
500.1%

Magnesium metal smelting equipment
Magnesium metal smelting equipment
Raw material smelting
Raw material smelting
4500 tons of large extruder equipment
4500 tons of large extruder equipment
Eslite Production Line
Eslite Production Line
Magnesium rod blank processing
Magnesium rod blank processing
Surface treatment equipment
Surface treatment equipment
Automatic processing equipment
Automatic processing equipment
Automatic processing equipment
Automatic processing equipment
Work site of large extruder
Work site of large extruder
Finished product processing equipment
Finished product processing equipment
Material analysis and testing equipment
Material analysis and testing equipment
Extrusion product sorting
Extrusion product sorting
Workshop corner
Workshop corner
Workshop corner
Workshop corner
Finished product subcontracting site
Finished product subcontracting site
Finished material warehouse
Finished material warehouse
Oil and gas field service outlets are all over
Oil and gas field service outlets are all over

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