200-300 nanometer ferric oxide magnetic powder provides optimized magnetic performance, superior oxidation resistance, and enhanced particle uniformity. Designed for advanced applications, it ensures efficient material functionality, extended durability, and high adaptability.
Product Overview
200-300 nanometer ferric oxide magnetic powder is a nano-sized iron oxide material with excellent magnetic properties and chemical stability. It is widely used in various fields such as chemicals, electronics, ceramics, and magnetic materials. Its fine particle size provides better dispersibility, reactivity, and material properties, making it ideal for high-end applications like magnetic recording, catalysts, and composite materials.
Key Features
- Excellent Magnetism:Strong magnetic properties, suitable for manufacturing magnetic materials and magnetic recording.
- High Purity:Purity of ≥99.0%, ensuring high stability and reliable performance.
- Nano Particle Size:Particle size of 200-300nm, providing a higher specific surface area to enhance reactivity and dispersibility.
- Chemical Stability:Maintains stability under various environmental conditions, resistant to external interference.
Applications
- Chemicals, Plastics, Coatings, Pigments, Sealants, Textiles, Rubber:Used as a filler and colorant to enhance material performance.
- Electronics, Batteries, Ferrite Materials:Used in electronic components, battery materials, and ferrite magnetic materials.
- Metals, Ceramics, Nanoceramics, Composite Ceramic Substrates:Enhances the magnetism and mechanical strength of ceramic materials.
- UV-Resistant Materials:Used as an additive to improve the weather resistance of materials.
- Magnetic Recording Materials, Laser Printer Toner:Used in the production of magnetic recording materials and toner for laser printers.
- Catalyst Materials:Serves as a catalyst support or raw material in various chemical reactions.
Property | Value |
Model | F300 |
Purity | ≥99% |
Color and Appearance | Black powder |
Primary Particle Size | 200-300nm (SEM) |
Specific Surface Area | 10-30m²/g |
Morphology | Spherical |