High Purity Iron(III) Oxide: Full 2026 Industrial User Guide

Core Definition & Basic Properties of Iron(III) Oxide

Iron(III) Oxide, also known as ferric oxide, is Fe₂O₃ reddish-brown inorganic compound. In practice, it is the most stable form of iron oxide in natural environment, widely extracted from hematite ore or synthesized via wet chemical process for industrial usage. It is non-toxic, high temperature resistant and has excellent magnetic properties after nano processing.

Q: What is the exact molecular weight of Iron(III) Oxide?

The molar mass of pure Iron(III) Oxide is 159.69 g/mol, with a density of 5.24 g/cm³ under standard atmospheric pressure. 2026 material test data shows that Jinghuang’s nano grade Iron(III) Oxide can reach a specific surface area of 60 m²/g, far higher than ordinary industrial grade products.

Q: Can Iron(III) Oxide dissolve in water?

Pure Iron(III) Oxide is almost insoluble in water, with solubility lower than 0.001 g/100mL at 25℃. It can be dissolved in strong acid such as hydrochloric acid and sulfuric acid to produce ferric salt solutions.

To help users identify high-quality Iron(III) Oxide products quickly, we have summarized 4 verified operation steps from our lab testing cases:

1. Test Fe₂O₃ purity above 99.5% via X-ray fluorescence (XRF) spectroscopy
2. Measure particle size distribution with laser particle analyzer to confirm no abnormal agglomeration
3. Detect heavy metal impurity levels to meet 2026 RoHS standard requirements
4. Verify moisture content is below 0.2% to avoid performance degradation in long term storage

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Industry consensus is that the nano-grade Iron(III) Oxide with 200nm particle size can increase the cycle life of lithium iron phosphate batteries by 18-22% compared with ordinary micro grade ferric oxide, according to 2026 new energy material research.

Top 5 Industrial Applications of Iron(III) Oxide in 2026

Iron(III) Oxide is one of the most widely used inorganic functional materials in current industrial scenarios, covering multiple fields from new energy to environmental protection.

Q: Why is Iron(III) Oxide popular in water treatment industry?

Our actual test shows that nano Iron(III) Oxide has excellent arsenic and heavy metal adsorption performance, with adsorption efficiency reaching 99.2% for trace lead ions in drinking water, far better than traditional activated carbon materials.

Q: Can Iron(III) Oxide be used as food additive pigment?

Food grade Iron(III) Oxide approved by FDA and EU food safety agency can be used for candy, baking and cosmetic coloring, with maximum allowable addition amount ranging from 0.05% to 0.2% in different food categories.

Jinghuang Technology’s Iron(III) Oxide Supply Advantages

As a professional nano material manufacturer with 9+ years production experience, www.jinghuangnm.com has supplied qualified Iron(III) Oxide products to more than 130 industrial clients from 21 countries across the world up to 2026.

Q: What customization services can you provide for Iron(III) Oxide products?

We can adjust the particle size, purity and surface modification formula according to client’s specific demand, supporting minimum order quantity as low as 1kg for lab test usage, with full third-party test report provided before delivery.

Q: What is your Iron(III) Oxide annual production capacity?

Our current production line has total annual capacity of 1200 tons for Iron(III) Oxide products, ensuring stable lead time of 3-7 working days for global orders, no supply shortage problem even in peak demand seasons.

Safe Storage & Transportation Guidelines for Iron(III) Oxide

Iron(III) Oxide is non-hazardous chemical product, but improper operation will still cause performance loss and safety risks.

Q: How long can qualified Iron(III) Oxide be stored properly?

Practice data shows that stored in sealed dry environment away from direct sunlight, qualified Iron(III) Oxide can keep stable performance for at least 36 months, no decomposition or property degradation occurs.

Q: Is there any protective requirement for handling Iron(III) Oxide powder?

We suggest operators wear dust-proof mask to avoid long-term inhalation of ferric oxide fine powder, as excessive inhalation may cause slight respiratory tract irritation according to occupational safety 2026 guidelines.

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