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In 2023–2024, Australia, Brazil, and India were the leading exporters of iron (CAS 7439-89-6), collectively accounting for over 60% of global iron ore exports, while China remained the dominant importer—absorbing nearly two-thirds of total seaborne iron trade. Major importing regions also included the European Union and Japan, though their shares declined modestly amid reduced steel production. Iron prices exhibited heightened volatility in 2023–2024, driven by supply constraints from key exporters and shifting demand from Chinese infrastructure stimulus and EU green steel transition policies.
Iron Powder Market Intelligence Report (July 29, 2026)
I. Price Summary
1. Reduced Iron Powder
- Shandong Region:
- 98% purity, 25 kg/bag: Shandong Yihe Fine Chemical Co., Ltd. quotes RMB 4,300/ton;
- 99% purity: Shandong Zhihengda Import & Export Co., Ltd. quotes RMB 5,800/ton;
- Secondary reduced, 100 mesh: Shandong Hongyang Chemical Co., Ltd. quotes RMB 6,000/ton.
- Henan Region:
- 98% purity: Henan Senti Environmental Protection Co., Ltd. quotes RMB 9,100/ton (higher price attributable to process or brand premium);
- Primary reduced, 80 mesh: Henan Senti quotes RMB 5,300/ton;
- Secondary reduced, 300 mesh: Henan Senti quotes RMB 6,500/ton.
- Northeast Region:
- Beipiao secondary reduced, 98% purity: quoted at RMB 5,600–5,700/ton (tight supply);
- Chaoyang secondary reduced, 98.5% purity: quoted at RMB 5,800–5,900/ton.
- Hebei Region:
- Primary reduced, 96–97.5% purity: spot quotation RMB 4,300/ton (stable for the past week).
2. Welding Rod Iron Powder
- Average 2026 price approximately RMB 13,400/ton, up 2.8% year-on-year; demand for high-end ultrafine powder (≥400 mesh) increased by 28.7%, with prices driven upward by raw material and energy costs.
II. Market Driving Factor Analysis
1. Supply Side
- Production Capacity Distribution: Domestic capacity is concentrated in Jiangsu (28.5%) and Shandong (22.3%); atomization accounts for 65.8% of total output (serving high-end markets), while reduction accounts for 34.2% (serving mid-to-low-end markets).
- Regional Price Differentials: Higher prices in Henan and Shandong reflect process or brand premiums (e.g., Henan Senti’s RMB 9,100/ton quote); prices in Hebei and Northeast remain relatively stable.
- Supply Tightness: Secondary reduced iron powder in the Northeast remains at elevated price levels due to constrained raw material supply.
2. Demand Side
- Downstream Industries:
- Primary consumption sectors: Building steel structures (52.7%), shipbuilding (16.7%), and automobile manufacturing (13.0%);
- Rapid growth in demand for high-end ultrafine powders, driven by emerging sectors such as new-energy vehicles and AI data centers, boosting requirements for high-strength welding materials.
- Imports & Exports:
- Export volume increased 18.6% year-on-year (42,000 tons), mainly destined for Southeast Asia and the Middle East;
- Import volume declined 8.2% year-on-year (18,000 tons), narrowing the trade deficit.
3. Cost Structure
- Raw Materials: Iron ore prices were impacted by the ramp-up of the Simandou project and increased supply from non-mainstream mines. In H1 2026, the average price of PB fines at Qingdao Port stood at RMB 768/ton, up 0.13% year-on-year; however, prices fell 16.3% in Q2 to RMB 695/ton.
- Energy & Logistics: Fluctuations in ocean freight rates and coking coal prices affect iron powder production costs, though current cost pressures have eased compared to H1 2026.
III. Short-Term Price Outlook
1. Reduced Iron Powder
- Overall Stability: Primary reduced iron powder prices in Hebei have held steady for one week; Northeast prices remain firm due to tight supply but lack strong upward momentum.
- Continued Divergence: Prices of high-end atomized iron powder (e.g., ultrafine grades) may rise modestly, supported by robust demand; mid-to-low-end reduced iron powder prices are expected to remain stable amid cost constraints.
2. Welding Rod Iron Powder
- Moderate Upside: Supported by demand from building steel structures and automobile manufacturing, plus raw material cost pass-through, average prices are likely to sustain the annual growth rate of 2.8%.
- Export-Led Support: Strong infrastructure demand in Southeast Asia and the Middle East may further expand export volumes, underpinning domestic pricing.
IV. Risks and Opportunities
1. Risk Factors
- Weak Demand: Slowing real estate investment and delayed physical progress of infrastructure projects could dampen end-user demand.
- Oversupply Risk: Continued capacity ramp-up at the Simandou project and further increases in non-mainstream mine supply may exert downward pressure on iron ore and iron powder prices.
- Cost Volatility: Potential rebounds in coking coal and ocean freight rates could raise production costs.
2. Opportunity Areas
- High-End Markets: Rapidly growing demand for ultrafine and pre-alloyed iron powders presents opportunities for enterprises to enhance value-added offerings through technological upgrades.
- Export Markets: Robust infrastructure demand in Southeast Asia and the Middle East enhances China’s competitive position in global iron powder exports.
- Green Transformation: Environmental regulations are accelerating adoption of low-carbon production processes; enterprises with green manufacturing capabilities stand to gain policy support.
Iron is a lustrous, silvery-gray metallic solid at room temperature, non-volatile, with a melting point of 1538 °C and a boiling point of 2862 °C. It is a transition metal and the most abundant element (by mass) in Earth’s core, occurring naturally in various oxidation states. Industrially, elemental iron serves primarily as the base material for steel and cast iron production, forming the foundation of structural alloys used in construction, transportation, and machinery. It is also employed as a catalyst in ammonia synthesis (Haber process) and in powder metallurgy, while iron compounds—such as iron oxides and salts—are widely utilized in pigments, magnetic materials, water treatment, and as precursors in pharmaceutical and agrochemical manufacturing.
Industrial uses of iron as carbon steels are numerous and surpass any 410 IRONother alloys. Carbon steels are alloys of iron containing carbon in varying proportions, usually up to 1.7% carbon. Other metals also are incorporated into carbon steels to produce low-alloy steels. Such metals are usually nickel and chromium and are classified as stainless steel, tool steels, and heat-resistant steels. Non-steel iron alloys such as cast iron, wrought iron, nickel iron and silicon iron also have many important applications. Another important application of iron is as an industrial catalyst. It is used in catalyst compositions in the Haber process for synthesis of ammonia, and in Fischer-Tropsch process for producing synthetic gasoline.The followings are some examples of common applications:pharmaceuticals, pesticides, powder metallurgy and so on;as a hot hydrogen generator, gel propellant, combustion activator, catalyst, water cleaning adsorbent, sintered active agent, etc;used for powder metallurgy products, all kinds of mechanical parts and components products, cemented carbide products, etc;as a reducing agent as well as being used for iron salt manufacturing and electronics industry;as nutritional supplements (iron fortifier),for casting,or as reducing agent;in the electronics industry, powder metallurgy.
Iron is the fourth most abundant element in the earth’s crust (5%). It is a transition metal and is placed within the d-block of the periodic table and naturally occurs coordinated with other elements. It is mainly extracted from hematite (Fe2O3) and limonite (Fe2O3·3H2O), although other ores, such as magnetite (Fe3O4), siderite (FeCO3), and taconite (an iron silicate), are also the key sources. Iron is used principally for structural materials, primarily steel, an iron carbon alloy. It is also used in magnets, dyes, pigments, abrasives, and polishing compounds (e.g., jeweler’s rouge).
This chemical is included in Basic Chemicals. See more about what is Iron and Iron SDS information.
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