High-Purity Magnesium Ingots for Industrial Applications (99.95% Purity)

magnesium ingot specification 

Chemical Composition:

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Magnesium ingot properties 

properties of magnesium metal:

Packaging 

• 25 kg ingots
• Delivered on 1-ton pallets
• Suitable for high-volume industrial consumption

magnesium ingot uses 

Magnesium ingots offer exceptional performance across multiple sectors due to their low density, high thermal behavior, and mechanical strength.

1. Automotive & Transportation

• Lightweight magnesium alloys for engine blocks, gear housings, steering wheels, and chassis components
• Fuel economy improvement through weight reduction
• Replacement for steel and aluminum parts

2. Aerospace & Aviation

• High-strength magnesium alloys for aircraft structural elements
• Enhanced performance through lower component weight

3. Electronics & Technology

• Laptop and mobile frames
• Heat-resistant electronic components
• Magnesium-based batteries

4. Metallurgy & Foundry

• Desulfurization agent in steelmaking
• Production of ductile iron (nodularization)
• Manufacturing ferroalloys and master alloys

5. Chemical, Military & Industrial Applications

• Pyrotechnics, flares, fire starters
• Cathodic protection (anodes for pipelines, storage tanks, marine structures)
• Production of uranium via reduction processes
• Printing plates, sporting goods, medical devices

magnesium ingot price 

As of December 02, 2025, the magnesium ingot price was approximately:

2,120 USD per ton

Price fluctuations depend on:

• Global supply conditions
• Purity level (e.g., 99.95% vs. 99.80%)
• Exchange rates
• Producer location and grade
• Market demand in automotive and aerospace sectors

For updated magnesium ingot price today or magnesium ingot price per kg, contact our sales team.

magnesium ingot for sale (Ordering Information)

Euralink Group offers:

• magnesium ingot 99.9%
• Direct industrial supply
• Custom documentation for export
• Global delivery with competitive rates

To request a quote or place an order, contact our commercial department.

magnesium ingot production process 

Modern magnesium ingot production uses two primary methods:

1. Thermal Reduction (Pidgeon Process)

• Reduction of magnesium oxide at high temperature
• High-purity output suitable for alloying and casting applications

2. Electrolytic Production

• Extraction of magnesium from molten salts
• Preferred for continuous, high-volume output

Both methods result in high-purity magnesium alloy ingot suitable for advanced industrial use.

Magnesium Alloy Ingots

Magnesium alloys typically contain:

• 90% magnesium
• ~10% alloying elements such as Al, Mn, Si, Be, Zn, Ag

Benefits of magnesium alloys:

• 40% lighter than aluminum alloys
• 70% lighter than zinc alloys
• 77% lighter than steel
• 30% lower processing cost compared to aluminum

These attributes make magnesium alloys uniquely positioned for applications requiring both strength and minimal weight.

Magnesium Ingot Properties

Magnesium ingots offer a series of mechanical, chemical, and physical characteristics:

Mechanical Properties

• High specific strength
• Excellent impact resistance
• Superior damping capacity
• Optimal performance for high-pressure die casting

Chemical Properties

• High reactivity
• Acts as a catalyst in industrial reactions
• Used for cathodic protection systems
• Displaces hydrogen in boiling water

Physical Properties

• High thermal conductivity
• 30% better damping than aluminum
• 200x higher conductivity than many plastics
• Forms stable oxide layers for protective coatings

Why Choose Euralink Group for Magnesium Ingots?

• Verified 99.95% purity magnesium ingots
• Competitive pricing for global buyers
• Reliable and consistent supply
• Engineering-level technical consultation
• 24/7 support and responsive sales team
• Strong quality control and documentation transparency

Our support & sales team is available around the clock.