Product Description
Technical Specification
| Particle Size | -325 |
| Packaging Size | 1 Kg |
| Form | powder |
| Usage/Application | Industrial and laboratory chemicals |
1 | Iron | 99.9 | 3.2 | 50-400 Mesh |
2 | Ultra-fine Iron | 99.9 | 0.8-1.2 | 0.8-2 Micron |
3 | Iron CB | 99.9 | 1.2 | 2-5 Micron |
High Purity Electrolytic Iron PowderCarefully manufactured using advanced electrolytic deposition, this iron powder boasts an exceptionally high purity of 99% iron. The controlled process yields a fine powder with consistent morphology, ideal for high-performance engineering applications.
Versatile Industrial ApplicationsElectrolytic Iron Metal Powder is suitable for a range of industries, including powder metallurgy, magnet production, friction materials, welding electrodes, and as a chemical reagent. Its excellent flowability and tailored particle size make it easy to integrate into various processes.
Safe Handling and Reliable PackagingThough non-hazardous, this powder should be handled with care to avoid dust inhalation. It is available in robust HDPE bags, drums, or customized containers, ensuring product integrity during transport and storage. Always store in a dry, cool place for longevity.
FAQ's of Iron Metal Powder Electrolytic:
Q: How is Electrolytic Iron Metal Powder manufactured?
A: This powder is produced through an electrolytic deposition process, where pure iron is deposited on a cathode and then processed into a fine powder. The method ensures high purity and consistent particle characteristics.
Q: What are the major applications of electrolytic iron powder?
A: It is widely used in powder metallurgy, the production of magnets and soft magnetic components, friction materials, chemical reagents, welding electrodes, and diamond tools due to its purity and reliable flowability.
Q: When should I use electrolytic iron powder instead of other grades?
A: Use electrolytic iron powder when your application demands high-purity metal, precise particle size control, and low impurity content, especially for advanced magnetic, electrical, or metallurgical applications.
Q: Where should the powder be stored to maintain quality?
A: For optimal preservation, store the iron powder in a cool, dry place and keep it sealed within its original HDPE bag, drum, or customized packaging to prevent moisture uptake or contamination.
Q: What is the benefit of the powder's good flowability per ISO 4490?
A: Good flowability ensures that the powder distributes evenly within molds or industrial processes, resulting in uniform density and improved performance of the final product.
Q: How should this powder be handled safely?
A: Although non-hazardous, it's advised to handle the powder gently and use dust masks to avoid inhalation. Ensure adequate ventilation in the storage and usage area for added safety.
Q: What is the typical chemical composition and purity of this iron powder?
A: This iron powder contains 99% iron, with very low levels of carbon (0.01%), sulfur (0.02%), and phosphorus (0.01%), making it a top choice for critical applications requiring high-purity raw materials.