Dissolvable Magnesium Alloy Plug

Dissolvable Magnesium Alloy Plug – Engineered for Efficient Downhole Isolation

Shaanxi Hagrien Energy Technology Co., Ltd. delivers enterprise-grade Dissolvable Magnesium Alloy Plug solutions engineered for multistage fracturing and completion operations. Our closed-loop manufacturing system produces extruded rods and billets up to Ø300 mm with controlled dissolution rates tailored to your wellbore conditions. Backed by a CNAS-accredited HTHP laboratory and full batch traceability, we maintain pressure ratings up to 10,000 psi and tensile strength exceeding 400 MPa. With 7+ years of continuous production experience, we provide standard product delivery in 2–4 weeks and customized solutions in 4–8 weeks, supported by ISO 9001/14001/45001 certifications and complete documentation packages (COA/COC/SDS) for seamless supplier qualification.

What Makes Our Dissolvable Magnesium Alloy Plug Different?

You need isolation tools that work predictably. Our plugs don't just dissolve—they perform with engineering precision.

Controlled Dissolution Chemistry

We tailor alloy composition to match your specific wellbore environment. Temperature, salinity, and fluid chemistry determine dissolution speed. You get predictable degradation windows from 24 hours to several weeks. No guesswork.

Structural Integrity During Operations

Your fracturing stages demand reliable sealing. Our plugs maintain mechanical strength throughout high-pressure pumping cycles. Yield strength stays consistent until the dissolution process begins. That means zero premature failure risk.

Full-Bore Production Path

After dissolution, you get a clean wellbore. No milling. No debris. No coiled tubing runs. The plug breaks down into fine, flowable particles that exit with production fluids. Your well returns to full internal diameter automatically.

Technical Specifications

Why International Buyers Choose Hagrien?Material + Manufacturing Integration

You do not require to arrange between fabric providers and machine shops. We handle combination definition, expulsion, CNC machining, and last get together in-house. That dispenses with communication holes and quality handoff risks.

Scalable Generation With Consistency

Our large-diameter expulsion capability guarantees uniform microstructure over each clump. You get dimensional solidness and surface quality that decrease your downstream machining scrap rates. From model to volume generation, execution remains repeatable.

Verification-First Approach

Every group goes through our CNAS-accredited research facility testing. You get total review records and traceability documentation. This makes your provider capability handle speedier and audit-ready from day one.

Engineering Bolster for Your Application

We do not fair dispatch items. Our group makes a difference you coordinate combination properties to your working conditions. Weight astuteness, disintegration consistency, temperature fit, and machining accuracy—we optimize these variables together based on your field data.

Responsive Worldwide Service

You'll get RFQ reactions inside 24 hours and citations in 1–3 trade days. Week by week extend overhauls adjust with your plan. Our U.S. substance guarantees smooth coordination over time zones.

Exhibition

How Our Plugs Work in Real Operations?

Deployment Phase

You pump the plug downhole to the target zone. The temporary protective coating prevents premature corrosion during the trip. Safe pump-down windows typically range from 6 to 12 hours.

Isolation Phase

Once set, the plug seals the wellbore and withstands differential pressures during fracturing. High tensile strength and controlled alloy composition ensure structural integrity throughout high-pressure cycles.

Dissolution Phase

After fracturing, wellbore fluids (brine or chloride solutions) activate the electrochemical corrosion process. The magnesium alloy degrades at the engineered rate. The Dissolvable Magnesium Alloy Plug breaks down completely into magnesium ions and fine metallic hydroxides.

Production Phase

Dissolved particles flow out with production fluids. Your wellbore returns to full-bore status without mechanical intervention. No milling debris. No risk of stuck tools. Just a clean production path.

Key Applications

Unconventional Shale Gas Fracturing

In even wells with 50+ stages, you dispense with the require for coiled tubing processing units. This decreases time-to-first-gas by a few days and cuts operational consumption significantly.

Deepwater and Seaward Completions

Where fix time costs surpass $500,000 per day, evacuating the post-frac clean-out run slices your add up to taken a toll of proprietorship. You too minimize natural impression and calculated complexity.

Remote or Confined Get to Wells

When mobilizing processing gear is cost-prohibitive or outlandish, dissolvable plugs give a set-and-forget arrangement. The wellbore returns to full-bore status naturally through chemical response with fluids.

Re-Fracturing Operations

In more seasoned wells with existing framework, these plugs permit zonal segregation without including lasting hindrances. You protect inner distance across for future generation optimization.

Frequently Asked Questions

What is a product mainly used for?

It's basically utilized for brief separation in multistage breaking and completion operations. You need to know whether the item can meet your target working conditions, machining necessities, and last application without making superfluous downstream hazard. Our designing group works with you to guarantee fit.

What key highlights ought to you assess when sourcing these plugs?

Focus on weight judgment, disintegration consistency, temperature and saltiness compatibility, and machining precision. Controlled corruption behavior and quality amid the working window matter most. These components specifically influence your handling abdicate, field unwavering quality, item consistency, and add up to capability cost.

Why do worldwide buyers select Hagrien?

We combine dissolvable amalgam improvement, expulsion capability, CNC machining bolster, and clump traceability. This makes a difference you abbreviate approval cycles and construct a solid moment source. You diminish reliance on a single provider, progress communication speed, and move from test approval to steady volume supply more proficiently.​​​​​​​

Will the plug dissolve in fresh water?

While magnesium reacts with water, the rate is extremely slow in fresh water. A specific concentration of chloride ions (salinity) or elevated temperature is usually required to trigger the rapid electrochemical corrosion necessary for full dissolution.

What is the maximum pressure rating available?

Standard designs support up to 10,000 psi. High-strength variants reinforced with ceramic or specialized alloy matrices can withstand up to 15,000 psi, depending on your wellbore demands.

Is there a risk of pre-dissolving during a long pump-down process?

No. Plugs are ordinarily treated with a brief defensive coating or passivated surface layer. This stands up to erosion for a particular secure window (e.g., 6–12 hours) until the breaking high-pressure environment is established.

Does the broken down fabric harm the reservoir?

No. The combination breaks down into magnesium particles and micro-particles of metallic hydroxides. These are non-toxic and effectively carried out by generation liquids without stopping the formation.

How ought to these plugs be stored?

Due to the tall reactivity of magnesium, they must be put away in a dry, temperature-controlled environment. Vacuum-sealed bundling with desiccant anticipates barometrical dampness oxidation and jam execution.

Our Manufacturing Advantages

Closed-Loop Production System

From material formulation to process optimization, validation, and production, we control every step. This provides scalable transition from prototype to mass production with repeatable process windows.

Large-Diameter Capability

We extrude rods and billets up to Ø300 mm with strict process discipline. Uniform microstructure and dimensional stability reduce your machining risks and scrap rates.

Application-Oriented Material Selection

We design alloy systems and process parameters based on your real operating conditions. Strength, toughness, machinability, and controlled dissolution rate achieve optimal balance for stable downhole performance.

Engineering-to-Spec Support

We enable material and structural co-design. Drawing-based production, prototype development, scaling, and FAT support help you reduce trial-and-error costs and accelerate commercialization.

Ready to Optimize Your Completion Operations?

Let's discuss how our dissolvable magnesium alloy solutions fit your wellbore conditions with Dissolvable Magnesium Alloy Plug. Contact us at cyrus@us-hagrien.com for technical specifications and quotations.​​​​​​​​​​​​​​