• Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials
  • Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials
  • Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials
  • Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials
  • Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials
  • Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials
Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials

Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials

Detalhes do produto:

Lugar de origem: Hunan, China
Marca: High Broad
Número do modelo: Li 9-10%

Condições de Pagamento e Envio:

Quantidade de ordem mínima: 10
Preço: $190-200
Melhor preço Contato

Informação detalhada

Composição química: Mg li Material: Lítio de magnésio
Forma: Lingote Peso unitário: 4 kgs/peça
Teor de Li: 9-10% Mg Balance: Sim
Nota: MGli2%, mGli5%, mGli10% Pureza: Baixa densidade, baixa impurezas
Densidade: <1,6g/cm3 Condutividade térmica: Bom
Condutividade elétrica: Bom Ductilidade: Bom
Estrutura cristalina: Página-ralada hexagonal (α), cúbica centrada no corpo (β) Sistemas deslizantes: Melhorado com li
Capacidade de deformação: Aprimorado
Destacar:

Aerospace Application Magnesium Lithium Alloy Ingot

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MgLi10% Magnesium Lithium Alloy Ingot

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Li Content 10% Magnesium Lithium Alloy Ingot

Descrição de produto

Aerospace Application Magnesium Lithium Cast Ingot MgLi10% Mg-Li10 MgLi Alloy
Product Description

MgLi Alloy, Magnesium Lithium master Alloy Ingot

  • Commodity: MgLi alloy Ingot
  • Chemical content: Li 9-10%, Mg balance
  • Shape: Ingot
  • Unit weight: 4 kgs per piece
  • Available grades:
    • MLi2%: Li 1.8-2.2%, Mg Balance
    • MgLi5%: Li 4-6%, Mg Balance
    • MgLi10%: Li 9-10%, Mg Balance
  • Customized alloy options available
Key Characteristics

Magnesium lithium alloy is the lightest metal structural material in the world with excellent thermal conductivity, electrical conductivity and ductility. It has been widely used in aerospace, defense and military fields, and is increasingly used in transportation, electronics, and medical products requiring lightweight structural materials.

Primary Applications
  • Audio diaphragm (high damping coefficient ~ 0.01)
  • Aerospace parts and special military materials (aircraft panels, missiles, satellites)
  • Sports equipment (bicycles, badminton rackets)
  • High-end 3C product structures (notebook shells, tablet PC shells)
Detailed Applications

Aerospace: Rocket cabins, dashboards, seat racks, aircraft panels, gyroscopes, electronic equipment chassis

Military: Missile components, bullet-proof equipment, radar systems, armor ballistic materials

3C Field: Notebook shells, mobile phone cases, camera cases, speaker components, LED radiators

Product Specifications
Type ASTM Standard Russia Standard
LA91 LZ91 LA141
LAZ931 LAZ933 LAZ631
MA21 MA18
Available Forms
  • Cast Billet, Plate: Various diameters and lengths available
  • Extruded Plate: 14x330mm, 5x220mm or customized
  • Extruded Bar: Diameters from 30mm to 100mm
  • Forging plate: Various thicknesses and dimensions
  • Rolling Plate: Thickness 0.5-45mm, Width 600mm
Unique Characteristics
  • Extremely lightweight (density typically less than 1.6g/cm³)
  • Superior deformation processing capability due to lithium content
  • Single-phase α structure when Li% < 5.7wt.%
  • Single-phase β structure when Li% > 10.3wt.%
Product Images
Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 0 Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 1
Packaging & Shipping

Vacuum sealed in plastic bags, stored in steel drums with argon gas, then palletized for shipping.

Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 2
Quality Testing
  • Chemical method
  • ICP Machine (PLASMA 1000)
  • Rare earth special use machine (Thermo)
Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 3
Company Information

China Hunan High Broad, established in 2006, specializes in researching, developing, producing and selling New Materials. With an annual production capacity exceeding 1000 metric tons, we serve clients worldwide in aerospace, machine manufacturing, and telecommunications industries.

Our technical team possesses leading design and R&D capabilities, offering not only high-quality products but also comprehensive technical solutions for production and processing challenges.

Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 4 Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 5
Frequently Asked Questions

What is Master alloy?

  • Grain Refiners: Control crystal structure in metals
  • Modifiers: Change micro-structural properties of metal
  • Hardeners: Change composition of metal alloys

How to select the right product?
Our technical engineers will provide detailed guidance based on your material performance requirements.

Production difficulties?
We provide professional technical solutions to help overcome processing challenges.

Additional Products

We also offer various other magnesium alloys including:

  • Mg-La Alloy
  • Mg-Sb Alloy
  • Mg-Ce Alloy
  • Mg-Sr Alloy
  • Mg-Er Alloy
  • And many more customized options
Aerospace Application Magnesium Lithium Alloy Ingot with MgLi10% Li Content for Lightweight Structural Materials 6

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