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Magnesium alloy tube profile

Magnesium alloy tube profile is lightweight alloys based on magnesium, added with elements such as Al, Zn, Mn. Featuring low density, high specific strength and excellent damping performance, they are key materials for vehicle lightweighting, energy saving and emission reduction, widely used in body, interior, powertrain and other structural & functional components.
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  • Product Description

Magnesium Alloy Tube Profile – Lightweight, High-Strength Solutions for Critical Applications

When you're sourcing materials for weight-sensitive projects, Magnesium alloy tube profile from Shaanxi Hagrien Energy Technology delivers the performance you need. Our profiles feature a density of just 1.8g/cm³—33% lighter than aluminum and 75% lighter than steel—while maintaining high specific strength and exceptional damping characteristics. We control the entire manufacturing chain, from alloy melting through extrusion to precision machining, producing profiles up to Ø300 mm with uniform microstructure and dimensional consistency. With lead times of 2–4 weeks for standard sizes and full traceability documentation (COA/COC/SDS), you get reliable supply backed by ISO 9001/14001/45001 certification and CNAS-accredited testing.

Hagrien Dissolvable Magnesium Alloy Pipe

What Makes Our Magnesium Alloy Tube Profile Different?

You do not fair require a lightweight tube. You require unsurprising execution, steady quality, and a provider who gets it your downstream requirements.

Engineered for Real-World Conditions

Our item is outlined with your application in intellect. We define amalgam systems—including AZ31B, AZ61, and ZK60 variants—based on working temperature, mechanical loads, and natural presentation. This guarantees you get fabric that equalizations quality, durability, machinability, and erosion resistance without compromise.

Large-Diameter Capability with Zero Surprises

Producing large-diameter profiles isn't sufficient. You require them to be steady. Our closed-loop expulsion prepare conveys poles and billets up to Ø300 mm with:

  • Uniform grain structure across the cross-section
  • Tight dimensional tolerances
  • Smooth surface finish that reduces machining time

This means fewer rejected parts, lower scrap rates, and faster throughput in your shop.

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Technical Properties That Solve Your Design Challenges

Item
Unit
AZ31B
AZ61A
AZ91D
Density
g/cm³
 1.77
1.80
1.81
Melting Point
566- 632
620- 630
470- 595
Tensile Strength
MPa
255- 290
290- 315
230- 250
Yield Strength
MPa
150- 200
170- 220
150- 170
Elongation
%
12-21
10-16
3-5
Elastic Modulus
GPa
 45
45
45
Poisson’s Ratio
 0.32
0.31
0.32
Thermal Expansion Coefficient
 10⁻⁶ /℃‌
26
26
26
Thermal Conductivity
W/(m·K)
70
65
50
Specific Heat Capacity
J/(kg·K)
1000-1050
1050
1050
Electrical Resistivity
μΩ·cm
 92- 125
125
170
Brinell Hardness
HB
56-73
60-70
63-90
Shear Modulus
GPa
17
17
17
Fatigue Strength
MPa
 80- 110
90- 120
70- 100

These aren't just specs on a datasheet. They're performance advantages that let you design lighter, faster, and more efficient systems.

Where Our Profiles Deliver Real Value?

Aerospace & Defense

Every kilogram saved translates into fuel efficiency or increased payload capacity. Our profiles are used in:

  • Fuselage seat frames
  • Cockpit instrument supports
  • Avionics mounting brackets

High damping capacity protects sensitive equipment from vibration during flight or launch. Compliance with AMS 4375, AMS 4377, and ASTM B107/B107M ensures you meet stringent aerospace standards.

New Energy Vehicles (NEVs)

Extending battery range starts with reducing weight. Our tubes are integrated into:

  • Steering column supports
  • Dashboard cross-car beams
  • Battery tray components

Superior energy absorption improves crashworthiness while keeping overall vehicle mass low.

High-End Medical Equipment

Portability matters in emergency response and patient care. Our profiles enable:

  • Lightweight diagnostic machinery frames
  • Advanced mobility aids (wheelchairs, stretchers)
  • Portable imaging equipment housings

Low mass combined with structural rigidity improves operator ergonomics and patient safety.

Oil & Gas Downhole Tools

In dissolvable tool applications, our Magnesium alloy tube profile offers controlled dissolution rates tailored to fluid chemistry, temperature, and salinity. This ensures predictable downhole performance and reduces retrieval costs.

Why International Buyers Choose Hagrien?

Closed-Loop Manufacturing Control

We don't outsource critical steps. Our integrated system includes:

  • Alloy melting with precise composition control
  • Hot extrusion with real-time process monitoring
  • Precision machining coordination
  • In-house quality verification

This eliminates the risks of multi-vendor supply chains and ensures repeatability batch after batch.

Verification-First Approach

You get more than a product. You get confidence. Every shipment includes:

  • Certificate of Analysis (COA)
  • Certificate of Conformance (COC)
  • Safety Data Sheet (SDS)
  • Full batch traceability records

Our CNAS-accredited HTHP laboratory performs mechanical, chemical, and metallurgical testing to confirm compliance before shipping.

CNAS Lab

Engineering Support from Prototype to Production

Moving from concept to volume manufacturing is risky. We help you reduce trial-and-error costs through:

  • Drawing-based custom extrusion
  • Prototype development and testing
  • Factory Acceptance Test (FAT) coordination
  • Transition planning to mass production

This accelerates your commercialization timeline and minimizes downstream processing issues.

Responsive Global Service

Time zones shouldn't slow you down. We provide:

  • RFQ response within 24 hours
  • Quotation within 1–3 business days
  • Weekly project updates aligned with North American schedules
  • U.S. operational presence for coordination

You always know where your project stands.

Key Considerations When Sourcing Magnesium Alloy Tube Profile

What Should You Evaluate?

When comparing suppliers, focus on these factors:

  • Wall-thickness consistency: Variations lead to machining difficulties and scrap
  • Internal soundness: Porosity or inclusions cause unpredictable failure
  • Alloy uniformity: Inconsistent chemistry affects mechanical properties
  • Machining performance: Poor material behavior increases tooling costs

These directly impact your processing yield, field reliability, and total cost of qualification.

Addressing Corrosion Concerns

Magnesium's reactivity requires proper handling. We recommend:

  • Using stainless steel fasteners with non-conductive washers
  • Applying Micro-Arc Oxidation (MAO) or Tagnite coatings
  • Storing profiles in controlled environments (RH < 50%)
  • Avoiding contact with dissimilar metals

We provide detailed handling guidelines with every order.

Can These Profiles Be Welded?

Yes. Our material is compatible with TIG and MIG welding using appropriate filler wires (AZ61 or AZ92A) under high-purity argon shielding. This prevents oxidation and ensures joint integrity.

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Frequently Asked Questions

Q1: What is the item basically utilized for?

The item is basically utilized for lightweight empty segments, tubes, and machined tubular components. Buyers as a rule need to know whether the item can meet the target working condition, machining course, and last application necessity without making superfluous downstream risk.

Q2: What key highlights ought to buyers assess when sourcing the product?

Buyers ought to assess wall-thickness consistency, inner soundness, combination consistency, and machining execution. In trade obtaining, these components matter since they straightforwardly influence preparing abdicate, field unwavering quality, item consistency, and the add up to fetched of qualification.

Q3: Why do worldwide buyers select Hagrien for the product?

Hagrien combines amalgam dissolving, expulsion, machining coordination, and quality control to back both standard supply and custom lightweight component improvement. This makes a difference clients diminish reliance on a single provider, make strides communication speed, and move from test approval to steady volume supply more efficiently.

Q4: How do you avoid galvanic erosion in assemblies?

We suggest utilizing stainless steel clasp with non-conductive washers or applying specialized coatings like MAO (Micro-arc Oxidation) combined with a polymer topcoat to break the electrical circuit.

Q5: What is the greatest working temperature for AZ31B tubes?

AZ31B is regularly prescribed for applications underneath 120°C. For higher temperatures, rare-earth magnesium combinations ought to be specified.

Q6: Why select Magnesium over Carbon Fiber?

While both are light, profiles offer superior affect durability, higher temperature resistance, predominant EMI protecting, and are much simpler to recycle.

Q7: How ought to profiles be stored?

They ought to be put away in a temperature-controlled, low-humidity environment (RH < 50%), in a perfect world on wooden or plastic beds to maintain a strategic distance from contact with dampness and different metals.

Hagrien Certificates

​​​​​​​Contact Us

Ready to reduce weight and improve performance with Magnesium alloy tube profile? Reach out to us at cyrus@us-hagrien.com for technical specifications and quotations.

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