Description
Specifications Table
Product Name – Iron (Metal) Powder 95.0% 300 Mesh Electrolytic
Quantity/Pack Size – 1kg, 5 kg, 50 kg
Form – Powder
Grade – Electrolytic
Application – Lab research, metallurgy, chemical synthesis
Product Overview
Iron (Metal) Powder 95.0% 300 Mesh Electrolytic is a premium-grade metal powder manufactured through an electrolytic process, ensuring high purity and uniform particle size. This fine iron powder is characterized by its 95% minimum iron content and a 300 mesh size, making it suitable for applications requiring precise material properties. The electrolytic refining process removes impurities, resulting in a highly reactive and consistent powder. Its fine mesh size enhances solubility and dispersion, making it ideal for use in chemical reactions, metallurgical studies, and material science experiments. The powder’s high purity ensures reliable results in lab settings, while its uniform particle distribution minimizes batch-to-batch variability. Whether used in academic research, industrial testing, or educational labs, this iron powder delivers exceptional performance and reproducibility.
FAQs
1. What is the primary use of Iron (Metal) Powder 95.0% 300 Mesh Electrolytic?
This iron powder is primarily used in lab research, metallurgy, and chemical synthesis due to its high purity and fine particle size.
2. Is this powder suitable for academic experiments?
Yes, it is commonly used in educational and research labs for experiments requiring high-purity iron powder.
3. How does electrolytic-grade iron powder differ from other grades?
Electrolytic-grade iron powder undergoes a refining process that removes impurities, resulting in higher purity and better consistency.
4. Can this powder be used in powder metallurgy applications?
Yes, its fine mesh size and high purity make it suitable for powder metallurgy and material science experiments.
5. What storage conditions are recommended for this product?
Store in a cool, dry place away from moisture and direct sunlight to maintain its quality and reactivity.
