Embedded Files
Dissolvable magnesium alloy rods with diameters ranging from 20 to 300mm and various lengths.
Dissolvable Magnesium Alloy Vendor for Downhole Applications
Engineering-grade dissolvable magnesium alloys designed for predictable strength in service, controlled dissolution after use, and reliable performance in oilfield and downhole environments under defined conditions of temperature, pressure, and fluid chemistry.
We support material selection, feasibility evaluation, and manufacturing coordination for dissolvable magnesium alloy components used in temporary downhole tools.
What Is Dissolvable Magnesium Alloy?
Dissolvable magnesium alloys are specialized magnesium-based materials engineered to gradually dissolve under specific combinations of downhole temperature, pressure, fluid salinity, and pH. Their dissolution behavior must be validated experimentally under representative conditions rather than assumed to be universal.
Compared with conventional corrosion-resistant magnesium alloys, dissolvable grades are designed to provide:
Predictable mechanical strength within the required service window
Controlled dissolution after the designed operational period
Reduced mechanical retrieval requirements for temporary downhole assemblies
They are primarily used in oil and gas completion and intervention tools where temporary strength followed by reliable degradation is desirable.
Available Material Series
Two series of various grades of dissolvable magnesium alloy materials with stable mechanical properties and controllable dissolution rates. These materials have a density ranging from 1.38 to 1.99 g/cm³, a strength of 120 to 480 MPa, and can operate within a temperature range of 20 to 200°C.Rod diameters range from 20 mm to 300 mm, with various lengths available.
Two series of various grades of dissolvable magnesium alloy materials.
Dissolvable bridge plugs play a key role in the main technical aspects of unconventional gas reservoir development, and we can customize bridge plugs accordingly.
Typical Downhole Applications
Dissolvable magnesium alloys are commonly deployed in:
Dissolvable plugs
Dissolvable balls
Temporary sleeves
Fracturing and intervention tool components
These applications can potentially reduce post-job intervention time and lower the need for mechanical recovery in suitable well designs, provided dissolution reliability is confirmed in advance.
Dissolvable vs. Conventional Magnesium Alloys
This distinction is essential when selecting materials for environments requiring planned integrity followed by dissolution.
What We Support as a Dissolvable Magnesium Alloy Vendor
We emphasize engineering feasibility and fit-for-purpose evaluation, not just material supply.
Our scope includes:
Guidance on alloy grade selection and composition suitability
Application-specific material recommendations
Supply of rods, bars, and machined components
Coordination with qualified producers and third-party laboratories
Early-stage feasibility and dissolving performance assessment
If full in-house testing facilities are not available, we coordinate with accredited partners for high-temperature, high-pressure dissolution and pressure-differential testing.
Material Selection & Feasibility First
Proper alloy choice requires balancing multiple factors:
Target dissolution timeframe
Downhole temperature and pressure range
Fluid chemistry and flow conditions
Mechanical loads and duration of service
We help assess whether a dissolvable magnesium alloy solution is technically and economically viable before tooling or production commitments are made.
Why Work With Us
We have the capability to develop new grades of dissolvable magnesium alloys according to customer requirements.Through strict production process quality control and quality testing methods, we ensure stable product quality and excellent performance.
We collaborate with relevant universities to develop dissolvable magnesium alloys to meet the demand for high-strength, rapidly dissolvable sealing tool materials in unconventional oil and gas resource extraction. Dissolvable magnesium alloys can self-dissolve after fracturing operations, avoiding the need for complex drilling and debris blockage in oil passages, thereby improving oil recovery efficiency.
Engineering-led approach to alloy and application matching
Experience in magnesium alloy machining and oilfield use
Emphasis on feasibility before quotation
Transparent, data-driven recommendations rather than general claims
Our objective is to support early, informed material decisions that minimize redesigns and field reliability risks.
Discuss Your Dissolvable Magnesium Alloy Requirement
Exploring dissolvable magnesium alloys for downhole or oilfield deployment?
We can help evaluate feasibility, performance expectations, and boundary conditions.
Dissolvable magnesium alloy performance depends strongly on downhole temperature, pressure, and fluid composition. Final material selection should be verified through representative testing and validated parameters.
Page updated
Google Sites
Report abuse