This product is a high-strength magnesium alloy ingot designed for scientific experiments and research and development.
This product is a high-strength magnesium alloy ingot designed for scientific experiments and research and development. It adopts advanced smelting technology to ensure uniform alloy composition, dense structure, excellent mechanical properties and corrosion resistance, and is particularly suitable for research fields with high requirements for material performance.
Main features:
High strength: After special process treatment, the magnesium alloy ingot has significant high strength characteristics and can meet the experimental needs under extreme conditions.
Precise composition: High-precision ratio and strict production control are adopted to ensure the accuracy of alloy composition, providing a reliable basis for experimental results.
Uniform organization: Through advanced smelting and casting processes, the alloy structure is uniform and has no obvious defects, which improves the repeatability and accuracy of the experiment.
Corrosion resistance: It has good corrosion resistance and can maintain stable performance even in harsh environments.
Easy to process: The ingot has a regular shape, which is easy to cut, grind and process into various shapes and sizes required for experiments.
Application areas:
Material science research
Development of new materials in the aerospace field
Research on lightweight materials in the automotive industry
Research on marine engineering and corrosion-resistant materials
Exploration and experimentation of biomedical materials
Specifications:
Composition: Customized magnesium alloy formula, the main components include magnesium, aluminum, zinc, etc., and the specific composition ratio can be adjusted according to customer needs.
Size: Standard ingot size, or customized according to customer specific requirements.
Weight: Ingots of different weights can be provided according to customer needs.
Surface state: Smooth, without obvious cracks, pores and other defects.
Packaging and storage:
Moisture-proof and anti-oxidation packaging materials are used to ensure that the product is not damaged during transportation and storage.
It is recommended to store in a dry and ventilated environment to avoid long-term exposure to moisture or corrosive gases.
FAQ
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.
What precautions should be taken during the transportation of magnesium ingot?
Packing requirements: Use non-flammable packaging materials, such as iron barrels or steel boxes, and ensure that the packaging has sufficient strength and sealing to prevent magnesium ingots from leaking or getting wet.
Avoid heat sources: Magnesium ingots are easy to burn at high temperatures, and should be avoided from contact with heat sources such as fire, high-temperature equipment or direct sunlight during transportation.
Waterproof measures: Magnesium ingots will produce a violent chemical reaction when in contact with water, so they must be strictly waterproofed to ensure that the packaging is intact.
Control temperature and humidity: The transportation environment should maintain a suitable temperature and humidity, and avoid high temperature and humidity.
What is the purity of magnesium ingot?
We have different purities of various grades, welcome to consult us.
Why are Magnesium Ingots widely used in magnesium alloys, aluminum alloys, steel plant desulfurization, aviation industry and other fields?
Magnesium Ingots have the advantages of high strength, heat resistance, wear resistance and light weight.
