Az61 Magnesium Alloy 70MPa Mechanical Set Retrievable Bridge Plug

Accurate Sealing Positions Dissolution Magnesium Alloy For Various Horizontal Wells

Introduction:

Magnesium alloy soluble material tools have high strength, good mechanical properties, solubility and other properties, which greatly promotes the progress of process technology, solves many problems existing in the current staged fracturing process, saves construction time, and improves production results.

Features and Benefits:

Combining new soluble materials, polymer degradable materials and high-strength ceramic technology, a plugging tool under a new concept is developed through the organic combination of mechanical properties, solubility and degradation properties. The main body of the bridge plug adopts a variety of It is made of water-soluble metal material, and the rubber cylinder is made of polymer degradable material, which has reached a compressive strength of 70MPa. The bridge plug itself is completely decomposed within a certain period of time according to the different material formulations, and the blocking of the reservoir is automatically released.

Application:

Combining new soluble materials, polymer degradable materials and high-strength ceramic technology, a plugging tool under a new concept is developed through the organic combination of mechanical properties, solubility and degradation properties. It is made of water-soluble metal material, and the rubber barrel is made of polymer degradable material, reaching a compressive strength of 70MPa. The bridge plug itself is completely decomposed within a certain period of time according to different material formulations, and the plugging of the reservoir is automatically released.

In order to reliably meet the basic requirements of bridge plugs in oilfield construction: they can be delivered, sealed, put into production, and eliminated, it is necessary to effectively control the performance parameters of newly developed products and the quality control of existing models. Carry out the detection of simulated downhole environment.

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