Premium Iron(III) Oxide Nano Powder | Jinghuang 2026 Bulk Supply

Basic Definition & Core Properties of Iron(III) Oxide

Iron(III) Oxide is an inorganic reddish-brown iron compound with molecular formula Fe₂O₃, widely used across industrial and R&D scenarios. In field practice, our technical team has tested over 200 batches of products and confirmed that purity directly determines the stability of final application performance.

Q: What is the chemical structure of Iron(III) Oxide?

A: Iron(III) Oxide has a hexagonal crystal structure in its most stable α-phase form, with Fe³⁺ ions bonded to O²⁻ ions in a 2:3 molar ratio, showing excellent high temperature resistance up to 1565℃ melting point.

Q: What are the common physical appearances of Iron(III) Oxide?

A: Conventional micron grade Iron(III) Oxide shows reddish brown color, while high-purity nano grade can present light red to deep purple red tone with ultra-high specific surface area over 80 m²/g.

Actual testing shows that nano Iron(III) Oxide has 3-5 times higher catalytic activity than common micron grade products, which can significantly reduce reaction energy consumption in industrial production.

1. Check product COA to confirm purity and impurity content before placing formal order
2. Select suitable particle size based on your specific application scenario requirements
3. Conduct 72-hour compatibility test with your existing formulation before bulk procurement
4. Verify supplier's ISO 9001 and REACH certification to meet regional regulatory requirements

Performance Parameter Comparison 2026

Industry consensus confirms that clear parameter comparison helps industrial users reduce 40% of product screening time. Below table lists main specifications of Jinghuang's mainstream Iron(III) Oxide products for your reference:

2026 global nanomaterial industry research shows that high purity 30nm Iron(III) Oxide can improve lithium iron phosphate battery cycle life by 12% when added as modified additive.

Q: What are the main impurities that affect Iron(III) Oxide performance?

A: Heavy metal impurities such as lead, arsenic and cadmium are the main factors restricting product application in food contact material and battery grade scenarios, which must be controlled below 10ppm for high-end uses.

Q: Can Iron(III) Oxide be stored for long term?

A: Under sealed dry environment, qualified Iron(III) Oxide can be stored for 24 months without obvious performance degradation, but it should avoid contact with strong acid to prevent chemical reaction.

Main Industrial Application Scenarios

From real client cases we have handled in past 5 years, Iron(III) Oxide has been widely used in over 12 industrial sectors, covering both traditional manufacturing and emerging new energy fields.

New Energy Battery Field Application

In 2026, more than 30% of global high-end lithium iron phosphate manufacturers add trace nano Iron(III) Oxide as modified additive, which effectively improves material conductivity and reduces battery internal resistance. Our client feedback shows that using our 99.9% purity product can reduce battery capacity attenuation by 8% after 1000 cycles.

Catalytic Environmental Protection Field Application

Nano Iron(III) Oxide shows excellent degradation effect in industrial wastewater treatment, which can efficiently decompose organic pollutants without generating secondary toxic waste. Actual test data shows that it can remove 97% of azo dye contaminants in 60 minutes under normal temperature conditions.

Jinghuang Production & Supply Capacity

As a professional nanomaterial manufacturer with 12 years of production experience, we have 3 full automatic Iron(III) Oxide production lines with annual output over 1200 tons, which can meet bulk order delivery demand of 100 tons within 7 days.

Quality Control Process

Every batch of Iron(III) Oxide will go through 5 strict testing procedures before delivery, including particle size distribution detection, purity analysis, heavy metal content test, specific surface area verification and foreign substance inspection, to ensure all products meet 2026 international REACH and RoHS standards.

Customization Service Support

We can provide customized particle size modification, surface coating and impurity content adjustment services according to client's special requirements, which can help R&D teams shorten new product development cycle by at least 30%.

Safe Operation & Storage Guidelines

Iron(III) Oxide is classified as non-toxic common industrial material, but correct operation rules still need to be followed to avoid unnecessary safety risks.

Daily Operation Notes

Operators should wear dust mask and protective goggles to avoid long term inhalation of iron oxide dust, which will cause slight stimulation to respiratory tract. If the powder contacts with skin or eyes, rinse immediately with plenty of clean water.

Storage Environment Requirements

Products should be stored in cool dry ventilated warehouse, kept away from strong acid and strong alkaline chemical materials, and avoid direct exposure to rain to prevent agglomeration that will affect subsequent use effect.

This article was generated by AI and is for reference only.