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Ferric oxide

  • 15CNY/KG Updated: 2026-05-27
  • Price change (DoD): 0
    Average price (3M):15 CNY/KG
    Price Level(1Y):High
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Ferric oxide Prices Trends in China

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Reg Spec 2026/05/19 2026/05/20 2026/05/27 ChangeUnit Comparison

Ferric oxide Market Analysis

Recent Market Intelligence Report on Iron(III) Oxide (Fe?O?)

I. Market Price Dynamics
1. **Jinan Region**: Jinan Huifengda Chemical Co., Ltd. offers spot supply of iron(III) oxide at a price range of RMB 7,000–7,500 per metric ton, with a minimum order quantity of ≥1 ton and total available inventory of 100 tons.
2. **Shandong Province**: Shandong Yihong Chemical Co., Ltd. quotes RMB 5,500 per metric ton; Shandong Haizhou Bioengineering Co., Ltd., Shandong Jiu’an Chemical Co., Ltd., and other suppliers offer negotiable pricing—final quotations depend on order volume and contractual terms.
3. **Hubei Province**: Wuhan Jiyesheng Chemical Co., Ltd. provides quotations ranging from RMB 38 per kilogram to negotiable rates, with total supply capacity up to 1,000 kg. Its products are widely used in plastic coloring, paint & ink manufacturing, and other applications.
4. **Other Regions**: Linyi Aizhalasi Biotechnology Co., Ltd. quotes RMB 99 per kilogram; Shandong Xiya Chemical Co., Ltd. quotes RMB 35 per kilogram (unit unspecified—likely reflecting special packaging or grade-specific pricing); Sichuan Liuzu Semiconductor Materials Co., Ltd. supplies ultra-high-purity iron(III) oxide (99.995%), priced at RMB 1,000 per kilogram.

II. Supply-Demand Overview
1. **Supply Side**: The market features numerous suppliers—including Jinan Huifengda, Shandong Yihong Chemical, and Wuhan Jiyesheng Chemical—with diversified product specifications spanning industrial-grade to research-grade high-purity materials. Overall supply capacity remains robust and well-balanced.
2. **Demand Side**: As a key inorganic pigment and catalyst precursor, iron(III) oxide is widely applied in architectural coatings, plastics, paints & inks, rubber & plastics industries, and scientific research. Recent demand has remained stable, showing no significant upward or downward trend.

III. Related Industry Developments
1. **Technological Innovation**: The iron(III) oxide industry is undergoing technological transformation: wet-process, dry-process, and vapor-phase synthesis methods are continuously optimized. Notably, the wet-process method—owing to its superior cost-efficiency—is gaining increasing market share. Green, low-carbon, and circular economy approaches are emerging as dominant trends, including closed-loop wastewater recycling, waste-heat recovery, and microwave-assisted calcination—innovations collectively reducing environmental impact across the product life cycle.
2. **Market Competition**: Competition is intense. Leading enterprises reinforce their market positions through technological innovation and patent portfolios, while SMEs focus on niche-domain innovation—for example, developing colored iron(III) oxide variants to meet customized application requirements.

Analysis & Assessment

1. **Price Trend**: In the short term, iron(III) oxide prices are expected to remain stable, with minimal sensitivity to supply-demand fluctuations or raw material cost changes. Over the longer term, prices for high-purity and high-performance grades are likely to rise gradually, driven by green technology adoption and growing demand for premium products.
2. **Market Trend**: Technological innovation and green transformation will become core competitive drivers. Enterprises must increase R&D investment to enhance product performance and quality, while closely monitoring evolving environmental regulations to ensure sustainable production practices.
3. **Demand Structure**: Demand in traditional application sectors remains steady, whereas emerging fields—including environmental protection, energy storage, and biomedical applications—offer substantial growth potential. However, these areas entail high technical barriers, requiring enterprises to strengthen both R&D capabilities and market development efforts.

Forecast

1. **Capacity & Output**: Total industry output of iron(III) oxide is projected to grow steadily over the coming years, with an increasing share of high-end products. Capacity structure will be further optimized in response to technological advancement and shifting market demands.
2. **Market Demand**: With global economic recovery and rapid expansion of emerging industries, overall demand for iron(III) oxide is expected to maintain steady growth. Particularly notable increases are anticipated in green construction, new-energy vehicles, and electronic information sectors.
3. **Price Volatility**: Prices may experience moderate fluctuations influenced by raw material costs, supply-demand dynamics, and competitive intensity. Nevertheless, overall price volatility is expected to remain within a reasonable range—without sharp spikes or declines.

About Ferric oxide



Ferric oxide occurs in nature as the mineral hematite. It is the principal ore of iron from which the metal and its alloys are produced. Also, this oxide occurs in the mineral, limonite, 2Fe2O3•3H2O. An important application of this compound involves producing red, orange, and yellow pigments. Other applications are in coatings for metals, steel and rubber; in ceramics; and as a catalyst for oxidation reactions.
Hematite is a noncombustible, black to black red or brick-red mineral (iron ore) composed mainly offerric oxide, Fe2O3. Ferric oxide

This chemical is included in Basic Chemicals. See more about what is Ferric oxide and Ferric oxide SDS information.

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