1. Product introduction of 99.9% pure magnesium ingot for university research
99.9% pure magnesium ingot is a high-purity metallic material commonly used in university research and laboratory applications. It is made from elemental magnesium, which has been highly purified and refined to ensure that the material is more than 99.9% pure. This high-purity magnesium material has important applications in various scientific research fields, because its superior chemical and physical properties make it an ideal choice for many experiments and researches.
2. Product parameters of 99.9% pure magnesium ingot for university research
| Mg Content | 99.9% |
| Color | Silver white |
| Shape | Block |
| Ingot Weight | 7.5kg, 100g, 200g,1kg or Customized size |
| Packing Way | Plastic strapped on plastic strapping |
3. Product features of 99.9% pure magnesium ingot for university research
1). High purity: 99.9% pure magnesium ingot has extremely high purity, which reduces the impact of impurities on experimental results, and is especially suitable for research projects that require accurate data and repeatable experiments.
2). Good processability: Pure magnesium usually has good processability, and can be used for cutting, welding, milling and other operations, making it suitable for various experiments and research needs.
3). Low density: Magnesium is a lightweight metal with low density, so it can reduce the weight of the overall structure in some applications.
4). Good thermal conductivity: Magnesium has good thermal conductivity, which is very useful in some thermal and thermodynamic studies.
4. Product advantages of 99.9% pure magnesium ingot for university research
1). Reliable experimental results: High-purity magnesium materials can reduce the interference of impurities in the experiment, so as to obtain more accurate and reliable experimental results.
2). Multi-field applications: 99.9% pure magnesium ingots have applications in many fields such as material science, chemistry, physics, etc., providing researchers with a wide range of experiment and research possibilities.
3). Exploring new fields: Due to the special properties of high-purity magnesium materials, researchers can explore its applications in new fields, which may bring new discoveries and breakthroughs.
5. Product application of 99.9% pure magnesium ingot for university research
99.9% pure magnesium ingots are widely used in the following fields:
1). Material research: It is used to study the properties, structure and behavior of magnesium and its alloys, which is helpful to improve the performance and application of metal materials.
2). Electrochemical research: As an electrode material, it is used in electrochemical experiments such as fuel cells and electrolytic cells.
3). Thermodynamic research: It is used to study thermodynamic properties such as thermal conductivity and thermal expansion of materials.
4). Catalysis research: As a carrier or reactant in catalyst research, explore new catalytic reaction pathways.
5). Optical research: It is used to study its optical properties, such as reflection, absorption and transmission characteristics.
6. PACKING & SHIPPING
7. Why choose us?
1). Professional experience: We have rich professional experience in the field of metal materials and can provide targeted advice and support.
2). High-purity technology: We have advanced high-purity metal processing technology to ensure the high purity of products.
3). Quality Assurance: We strictly control the production process to ensure that the quality of each batch of products reaches high standards.
4). Customer first: We attach importance to customer needs, provide personalized solutions, and ensure customer satisfaction.
8. FAQ
Q: Is pure magnesium easy to oxidize?
A: Yes, pure magnesium is easily oxidized to form an oxide layer in the air, so precautions need to be taken during storage and handling.
Q: What is the density of pure magnesium?
A: The density of pure magnesium is about 1.738 g/cm³, which has a lower density.
Q: How about the processability of pure magnesium?
A: Pure magnesium has good processing properties and can be used for cutting, drilling, welding and other operations.
Q: Which experiments need to use high-purity magnesium materials?
A: In the case where accurate data and minimal impurity interference are required in the experiment, such as material performance research, electrochemical experiments, etc.
Q: The application of pure magnesium in sustainable energy?
A: Pure magnesium can be used in the research of sustainable energy technologies such as energy storage systems and fuel cells, and has potential application prospects.
