About Magnetic Iron Oxide Powder
With the support of our deft team of experts, we are providing high quality Magnetic Iron Oxide. The offered powder is used in chemical and pharmaceutical industry. It is finely processed using quality approved basic chemical compounds and advanced techniques under the perfect guidance of skilled professionals. Along with this, our offered Magnetic Iron Oxide can be availed by our prestigious clients in different packaging option and at most reasonable rates.
Features of Magnetic Iron Oxide:
- Chloride free
- Longer shelf life
- Unadulterated
- Balanced composition
Specification:
- Fe2O3 % => 95 %
- Odour => Odourless
- Magnetic => Yes
- Physical State: Solid
- Solubility in water: No Soluble
- Molecular Weight => 71.85
- Melting Point: 1300 *C
- Mesh => As per the specification
- Colour => Dark Brown to Gray
- Packing => 50 Kgs Bag & 1 MT jumbo Bag
Versatile Applications Across IndustriesThis magnetic iron oxide powder is highly valued in diverse sectors including electronics, pigments, ceramics, magnetic separation techniques, and as a catalyst in chemical processes. Its moderate electrical conductivity and strong magnetic properties make it a key component for research and industrial use, ensuring functionality in advanced materials and manufacturing.
Quality and Storage AssuranceManufactured to rigorous technical and industrial-grade standards, this powder maintains 99%+ purity. To extend its two-year shelf life, store it in a tightly sealed container in a cool, dry environment. With moisture content below 1%, this product remains stable and effective for extended periods under recommended conditions.
Physical and Chemical StabilityExhibiting a fine texture, this iron oxide powder remains thermally stable up to its high melting point of 1538C. It is insoluble in water yet soluble in acids, allowing for versatile handling in various chemical environments. Its neutral pH and non-toxic nature ensure its safe integration into industrial and laboratory processes.
FAQ's of Magnetic Iron Oxide Powder:
Q: How should Magnetic Iron Oxide Powder be stored for optimal stability?
A: Magnetic Iron Oxide Powder should be stored in a tightly sealed container in a cool, dry place. This prevents moisture absorption (keeping content below 1%) and maintains a shelf life of up to two years under proper storage conditions.
Q: What are the main industrial applications of this powder?
A: The powder is widely used in pigments, magnetic materials, electrical engineering, catalyst development, ceramics, magnetic separation, and ferrofluids. Its strong magnetism and stable physical properties make it suitable for both large-scale manufacturing and research environments.
Q: When is it advantageous to use this powder for magnetic separation?
A: This powder is ideal for magnetic separation applications when you require a strongly magnetic material with fine particle size and high purity. Its effective response to magnetic fields allows for efficient separation processes in laboratory or industrial settings.
Q: Where is this product commonly supplied and utilized?
A: It is manufactured, exported, and supplied from India, reaching global distributors in industries such as material science, electronics, chemical processing, and academic research laboratories.
Q: What is the process for using the powder in catalyst preparation?
A: To use the powder as a catalyst, it is typically mixed or coated onto substrates, often in the presence of acids (owing to its solubility in acids). Its chemical stability and reactivity facilitate catalysis in various oxidation and reduction reactions in industrial chemistry.
Q: How does the powder benefit electrical engineering projects?
A: Its moderate electrical conductivity and strong magnetism make it useful for designing components in electrical devices, magnetic storage media, or electromagnetic shielding, delivering reliable performance due to its thermal and chemical stability.
Q: What safety precautions are necessary during handling?
A: While non-toxic, inhalation of fine powder should be avoided by using appropriate personal protective equipment, such as masks and gloves. The powder is odorless and tasteless, so standard laboratory safety protocols should be followed during use.