MgZr20 magnesium zirconium alloy ingot is a high-performance magnesium alloy material. It is widely used in new energy vehicles, aerospace, rail transportation, medical equipment and other fields with its excellent mechanical properties and corrosion resistance.
MgZr20 magnesium zirconium alloy ingot is a high-performance magnesium alloy material. It is widely used in new energy vehicles, aerospace, rail transportation, medical equipment and other fields with its excellent mechanical properties and corrosion resistance. Careful research and development and production ensure that each alloy ingot meets the standards of impurity-free and high purity.
Main features
High purity: The main metal content of MgZr20 alloy ingot is as high as 99.99%, and the impurity content is extremely low, only 0.01%, which ensures the stability and reliability of the material. No impurities: Through strict raw material screening and production process control, it is ensured that the alloy ingot does not contain harmful impurities, which further improves the performance and service life of the material. Excellent performance: MgZr20 alloy has excellent mechanical properties, including high strength, good plasticity and toughness, and excellent corrosion resistance, which can meet the use requirements in various complex environments.
Widely used: Applicable to multiple industries such as new energy vehicles, aerospace, rail transit, medical equipment, lightweight equipment, etc., providing high-quality raw material support for high-end manufacturing.
Technical parameters
Grade: MgZr20 Main metal content: 99.99% Impurity content: ≤0.01% Appearance: Silvery white ingot
Application areas
New energy vehicles: As a material for key components such as battery trays and body structural parts, it improves the lightweight degree and cruising range of vehicles.
Aerospace: Used to manufacture structural parts and components of aircraft such as aircraft and rockets to reduce weight and improve flight efficiency.
Rail transit: Applied to the body, suspension system and other parts of rail transit vehicles such as high-speed trains and subways to enhance the overall performance and safety of the vehicle.
Medical equipment: Due to its excellent corrosion resistance and biocompatibility, it can be used to manufacture medical devices and implants.
Lightweight equipment: Widely used in electronic equipment, sports equipment and other fields, to achieve lightweight design of products.
Customized service In order to meet the different needs of customers, please contact the supplier for specific details.
FAQ
What are the chemical composition standards of magnesium ingots?
The chemical composition standards of magnesium ingots follow relevant national standards such as GB/T 3499.
How safe and environmentally friendly are magnesium ingots?
Magnesium ingots should be stored, transported and used with care to avoid contact with fire sources. At the same time, magnesium ingots have good recyclability and meet environmental protection requirements. When using and handling magnesium ingots, please follow local safety and environmental regulations.
What are the requirements for magnesium ingot storage?
Magnesium ingots should be stored in non-combustible buildings and other combustible materials should not be stored at the same time.
Keep the space dry, well ventilated, and have an effective dewatering system.
The packaging of magnesium ingots should not contain combustible materials.
The storage period is recommended to be no more than six months to prevent oxidation.
What color is magnesium ingot?
Magnesium ingot is a lightweight and ductile metal with the following main characteristics: Magnesium ingot is silvery white and has a metallic luster.
Is magnesium ingot a dangerous good?
Magnesium Ingot is not a dangerous good in general, but it is flammable in certain forms (such as powder, debris), so special care should be taken when handling it.
