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Iron Ore

94.48 USD/Mt 2.54 (2.76%) (Last updated - June 26, 2025 11:05 PM UTC )

Day High

107.03

Day Low

107.03

Previous Close

107.03

52 Week Range

91.98 - 219.77

Change YTD

-11.34%

About

Performance USD/oz	Change
5 Day	2.96%
1 Month	-3.4%
3 Months	-11.34%
6 Months	-11.34%
52 Week	-11.34%

June 26, 2025 11:05 PM UTC

Data Powered by Stockdio. Data delayed by 5 minutes unless otherwise indicated.

Iron, the most common element on earth (by mass), constitutes nearly 5% of the earth’s crust. Iron ore is a type of rock from which metallic iron can be economically extracted. Hematite and Magnetite are the two principal iron ores found in the earth.

Most of the iron ore deposits are found in sedimentary rocks. The ores are formed by the combination of iron and oxygen in fresh and marine water, through a chemical reaction. Nearly, all of the Earth’s iron ore deposits are found in rocks that were formed over 1.8 billion years ago.

Most of the iron ore that is mined, is mainly used for the production of iron, which is then used for manufacturing steel. More than 98% of the world's iron ore is used in blast furnaces to make pig iron, which is the primary ingredient for manufacturing steel. The remaining 2% is used in other applications like cement manufacturing and coal wash plants.

China, currently the leading consumer of iron ore, consumes more than half of the world’s total production, followed by Japan and Korea. At the same time, Australia and Brazil combinedly dominate the world’s total iron ore exports. As per the United States Geological Survey and Geoscience Australia, Australia contains around 25% of the world's total iron ore followed by Brazil (19%).

	Code	Company	Price	Chg	%Chg	High	Low	Volume	Market Cap
Basic Materials	BHP	BHP BHP Group Limited	48.450	1.71	3.659	48.395	47.490	2,114,794	171,733.795 M
Financial Services	CIA	CIA Citizens Inc	3.350	0.03	0.904	3.450	3.300	126,943	141.225 M
Technology	CTM	CTM Castellum Inc.	1.049	0.019	1.854	1.060	1.020	801,236	11.613 M
Healthcare	FMS	FMS Fresenius Medical Care Corporation	28.175	0.445	1.605	28.230	27.917	219,148	12,336.742 M
Technology	GEN	GEN Gen Digital Inc.	29.385	0.305	1.049	29.555	29.140	1,430,889	15,534.681 M
Energy	HLX	HLX Helix Energy Solutions Group Inc	6.335	0.055	0.876	6.365	6.250	417,265	1,528.210 M
	IRD	IRD Opus Genetics, Inc.	1.000	0.03	3.082	1.050	0.960	9,013,571	-- M
Healthcare	MGX	MGX Metagenomi, Inc. Common Stock	1.575	0.015	0.962	1.660	1.550	380,827	-- M
Financial Services	MIN	MIN MFS Intermediate Income Trust	2.665	0.005	0.187	2.670	2.660	44,782	315.813 M
	MIO	MIO Pioneer Municipal High Income Opportunities Fund Inc	11.800	0	0.00	11.850	11.780	13,417	178.984 M
Healthcare	PFE	PFE Pfizer Inc	24.295	0.035	0.144	24.430	24.240	13,105,758	160,358.056 M
Basic Materials	PLG	PLG Platinum Group Metals Ltd	1.590	0.06	3.922	1.620	1.550	1,334,263	114.662 M
Industrials	RHI	RHI Robert Half International Inc	41.470	0.59	1.443	41.590	40.560	797,470	9,241.457 M
Basic Materials	RIO	RIO Rio Tinto ADR	58.890	2.18	3.844	58.910	57.800	2,656,770	119,790.658 M

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Frequently Asked Questions

1. What is pig iron?

Pig iron is a form of crude iron and an intermediate product formed during the production of steel. It is obtained by smelting iron ore in the blast furnace and contains a high amount of carbon content, which typically ranges from 3.5 to 4.5%, making it brittle. Pig iron is used as the raw material for making steel. Oxygen is blown through the molten pig iron to lower its carbon content and convert it into steel. It takes about 1.6 tons of iron ore to produce one ton of steel.

2. How is steel produced from iron ore?

The production of steel from iron ore requires mixing it with superheated metallurgical coal in a blast furnace. After that, superheated air with temperature ranging around 1,200 degrees Celsius is injected into the furnace to create a flame of nearly 2,000-degree Celsius temperature, which converts iron ore into molten pig iron and slag. Impurities are then removed, and alloys are added to cast the steel which is further cooled and rolled to be used as finished products.

3. How is iron ore mined?

The process of mining iron ore is very much similar to the extraction of other minerals. Firstly, the company holding the licence area explores the geology of the region to identify the best prospects for mining operations. After the identification of the ideal site, the ore is drilled and blasted, and transported to the primary crusher for processing. Then, the crushed ore is sorted in the form of lumps and fines, as per the screen size. A stacker then builds a stack in the stockyards to make the ore ready for transportation. Iron ore is then transported to trains with the help of conveyors and ultimately loaded in ships for export.

4. Which countries are the largest producers of iron ore in the world?

Iron ore is mined in more than 50 countries. The seven largest producers of the world account for around three-quarters of the world's total iron ore production. As per the United States Geological Survey (USGS) 2020 estimates, Australia is the leading iron ore producer followed by Brazil, China, India, and Russia. Based on crude ore reserves as well, Australia and Brazil are the leaders followed by Russia and China.

5. Where are the biggest iron ore sources located in Australia and who are the key players?

The Pilbara region of Western Australia is the key iron ore producing region followed by significant deposits in South Australia. There are hundreds of iron ore mining companies in Australia but among them, Rio Tinto (ASX:RIO), BHP Group (ASX:BHP), and Fortescue Metals Group Limited(ASX:FMG) are the leading players in the country.