Sijoittaminen rautaan: Maailman talouden selkäranka

Raudan tärkeys

Iron is often neglected by investors compared to precious metals (gold, silver, platinum), green metals (copper, lithium, cobalt), or even industrial metals (antimony, tungsten, titanium).

Rautaa sijoittajat usein laiminlyövät verrattuna jalometalleihin (kulta, hopea, platina), vihreisiin metalleihin (kupari, litium, koboltti) tai jopa teollisuusmetalleihin (antimoni, volframi, titaani).

Tämä johtuu pitkälti siitä, että rautaa pidetään tylsänä metallina, joka seuraa enimmäkseen globaaleja taloussyklejä eikä siihen liity erityistä tarinaa. Kukaan ei odota raudan kysynnän kolminkertaistumista seuraavan vuosikymmenen aikana akkukysynnän, aurinkopaneelien tuotannon, avaruuskilpailun aikakauden ilmailun tai globaalien konfliktien kasvavan riskin vuoksi.

Mutta tämä voi myös olla etu. Noin 90 % kaikesta nykyään jalostetusta metallista on rautaa.

Iron and steel (made of 97% iron) are absolutely omnipresent in everything we use daily in the modern world:

• Infrastruktuuri: sillat, rautatiet, satamat.
• Rakentaminen: raudoitettu betoni, palkit, kattomateriaalit, naulat & ruuvit jne.
• Liikenne: autot, junat, alukset.
• Teolliset käyttötarkoitukset: putket & putkistot, varastotankit, raskaat koneet,
• Puolustus: sotalaivat, panssarivaunut, tykinkripot, aseet, luodit jne.
• Energia: uunit, turbiinit, tuuliturbiinien pylväät, aurinkopaneelien rungot jne.
• Terveydenhuolto: vuoteet, kirurgiset instrumentit jne.
• Kulutustavarat: keittiölaitteet, kodinkoneet, takat jne.

This universality makes iron the ultimate defensive commodity, at least as long as investors focus on low-cost producers.

Tämä yleisyys tekee raudasta lopullisen puolustavan hyödykkeen, ainakin niin kauan kuin sijoittajat keskittyvät alhaisen kustannuksen tuottajiin.

Demand might fluctuate with boom and bust, and so do spot prices. But it is near impossible to imagine our civilization not consuming hundreds of millions of tons of iron and steel every year.

Kysyntä voi vaihdella nousujen ja laskujen mukana, samoin kuin spot-hinnat. Mutta on lähes mahdotonta kuvitella, että sivilisaatiomme ei kuluttaisi satoja miljoonia tonneja rautaa ja terästä vuodessa.

Miten rauta valmistetaan?

Iron oxides can come from minerals like hematite, limonite, magnetite, pyrite, goethite, etc.

Lähde: FTM Machinery

Onneksi rauta on erittäin runsasta maapallolla (5 % maankuoren painosta) ja koko universumissa.

Selvästi suurimmat varannot sijaitsevat Australiassa ja Brasiliassa, jonka jälkeen Venäjä ja Kiina.

Lähde: Metal World Insight

Suurimmat raudan tuottajamaat ovat Australia, Brasilia ja Kiina. On syytä huomata, että kiinalainen malmi on yleensä heikompilaatuista.

Lähde: Visual Capitalist

Rauta teräkseksi

Pure iron is produced from iron-rich ore, which is turned into purer metal through the process of smelting. However, turning it into a usable form can be a very energy-intensive and time-consuming process.

Puhtaa rautaa tuotetaan rautapitoisesta malmista, joka muutetaan puhtaammaksi metalliksi sulatusprosessin avulla. Kuitenkin sen muuttaminen käyttökelpoiseksi muodoksi voi olla erittäin energiaintensiivinen ja aikaa vievä prosessi.

From the primitive, low-temperature smelter of Antiquity, more advanced furnaces were developed in the Middle Ages and in modern times to produce iron more efficiently at temperatures as high as 1,400° to 1,500° C (2,550° to 2,700° F). This hot, purified iron is often directly sent to the steel plant for steel production, reducing heat loss.

Alkuperäisestä, matalan lämpötilan sulatuslaitoksesta antiikin ajoilta kehittyi keskiajalla ja nykyaikana kehittyneempiä uuneja, jotka tuottavat rautaa tehokkaammin lämpötiloissa 1 400 °C–1 500 °C (2 550 °F–2 700 °F). Tämä kuuma, puhdistettu rauta lähetetään usein suoraan terästehtaaseen teräksen tuotantoa varten, mikä vähentää lämmönhukkaa.

Today, most iron is used in the form of more resistant and often more corrosion-resistant (rust) various specialized forms of steel (especially stainless steel), mixing iron with carbon and a few percentages of other metals like nickel, chromium, manganese, and molybdenum.

Lähde: Home Depot

Suuri osa maailman terästuotannosta sijaitsee Kiinassa, joka tuottaa yli 55 % maailman kokonaisteräksestä, jonka jälkeen Intia (7 % kokonaisteräksestä).

Lähde: GMK Center

Yleisesti ottaen korkean laadun malmit, joissa on suuri rautapitoisuus, ovat suositeltavampia, koska ne vaativat vähemmän lämpöä ja työtä käytettävään metalliin prosessoimiseen. Korkealaatuiset malmit mahdollistavat myös alhaisemmat kaivoskustannukset, suojaten rautakaivostyöläisiä tilapäisen hintojen laskun riskeiltä, mikä voisi kääntää niiden marginaalit negatiivisiksi.

Mikä määrää raudan hinnan?

Like most commodities, iron prices are determined by the balance between supply and demand, with very little specialization or even less brand power possible, making most producers price-takers.

Kuten useimmat hyödykkeet, raudan hintoja määrää tarjonnan ja kysynnän tasapaino, ja erikoistuminen tai brändivoima on hyvin vähäistä, mikä tekee suurimmasta osasta tuottajia hintojen ottajia.

Thus the two determining factors are changes in demand, and shortage or excess supply of mined iron.

Raudan kysyntä

Demand is in large part driven by the construction & infrastructure, consuming half of the global demand for steel. The next largest demand driver is the production of heavy machinery and automobiles. Together, these 3 sectors combined consume more than 4/5^th of the global steel demand.

Lähde: Statista

Viimeisten 3–4 vuosikymmenen aikana Kiinasta tuleva valtava rauta- ja teräskysyntä on ollut alan hallitseva tarina. Maa on rakentanut 1–2 sukupolven aikana modernin talouden, mikä on johtanut laajoihin maailmanluokan infrastruktuureihin:

• 45 000 kilometriä nopeita junia.
• 1 miljoona tie­siltaa.
• 34 suurta satamaa ja yli 2000 pienempää satamaa.
• 92 TW sähköntuotantokapasiteettia.

Kiina koki myös jatkuvan rakennus‑ ja kiinteistöbuumin, joka päättyi vuonna 2020, ja kriisi on edelleen käynnissä.

Tämä on aiheuttanut jatkuvaa pelkoa siitä, että raudan hintojen hyvät ajat olivat ohi, koska Kiinan rakennusteollisuuden teräskysyntä romahtaisi. Tämä ei ole toteutunut, sillä rakennustoiminta korvautuu koneiden tuotannolla, ja Kiinan autoviennit räjähtävät.

Lähde: BHP

Pitkällä aikavälillä uusien infrastruktuurien ja kaupunkiasumusten kehittäminen maissa, joissa on suuri väestö ja laaja maa-alue, kuten Indonesiassa, Intiassa, Brasiliassa ja Argentiinassa, sekä koko Kaakkois-Aasiassa (2–3 miljardia ihmistä), todennäköisesti pitää raudan ja teräksen kysynnän korkeana ja korvaa vähitellen Kiinan roolia rautamarkkinoilla.

Kiinan pyrkimys rakentaa globaalia infrastruktuuria Belt and Road -aloitteen (BRI) kautta tulee myös edistämään raudan kulutusta koko Euraasiassa sekä Etelä-Amerikassa, vaikka Kiinan kotimainen infrastruktuurirahoitus hidastuisi.

Lähde: Alert Conservation

Raudan tuotanto

As for most commodities, iron is exposed to regular cycles of under- and over-supply. This is because opening a new large mine or extending an existing mine is a very expensive and complex process that takes years.

Yleensä kaivostyöläiset ryhtyvät tällaisiin projekteihin vain, kun hinnat ovat olleet riittävän korkeat pitkään. Näin he voivat perustella sen osakkeenomistajille ja varmistaa rahoituksen.

The issue is that due to the lag between the decision to expand and actual production growth, there is generally a 5-10 years gap.

The moment more production arrives is often during an economic slowdown, or at the same time, the rest of the industry is growing production as well. This can cause a surplus of metal on the market, crashing prices.

Lähde: Robert Rennie

Hiilidioksidipäästöt

Iron and steel production is a large consumer of fossil fuels and an equally large emitter of greenhouse gases. Iron and steel production are responsible for as much as 7% of total CO2 emissions, more than emissions of the entire European Union.

Both China and India mostly use coal to produce iron and steel, making their production processes particularly large emitters of CO2.

This could change in the upcoming decade, with a new method developed in China for smelting iron, called flash iron, using hydrogen instead of coal to turn iron ore into pure liquid iron in mere seconds instead of hours.

Silti raudan keskeinen merkitys nykyaikaisessa teollisuudessa tekee epätodennäköiseksi, että kysyntä kärsii hiiliveroista, toisin kuin esimerkiksi lentoliikenne, koska kaikki vaihtoehtoiset metallit olisivat silti paljon kalliimpia.

Sijoittaminen rautaan

While it is technically possible to directly invest in iron futures, a contract reflecting the price of the commodity itself, this is often best reserved for experienced traders rather than for retail investors.

Most investors prefer to invest in iron mining companies, especially ones with a policy of distributing regular dividends to their shareholders.

You can invest in iron-related companies through many brokers, and you can find here, on securities.io, our recommendations for the best brokers in the USA, Canada, Australia, and the UK, as well as many other countries.

If you are not interested in picking specific iron-related companies, you can also look into ETFs like the VanEck Global Mining UCITS ETF (GDID), the iShares MSCI Global Metals & Mining Producers ETF (PICK), or the VanEck Australian Resources ETF (MVR) which will provide a more diversified exposure to capitalize on the mining industry.

Or you can read our dedicated articles about “Tungsten – The Secret High-Tech Metal“, “Investing In Titanium: Stronger than Steel and Denser than Aluminum” and “Chinese Restrictions on Antimony Exports Highlight The Strategic Importance of this Metalloid”, which details similar investment opportunities with strategic metals.

Rautakaivosyhtiöt

1. Vale

A decrease in iron smelting costs and carbon emissions could make steel an even more popular material than it is today. When it comes to mining, scale and good geology are everything, with low production costs allowing for higher profits and safety during downturns, which are inevitable in commodity markets.

The Brazilian company Vale is the largest producer of iron and nickel in the world, with a total of 323-330 million tons produced in 2024.

The company is also a producer of metals relevant to the “energy transitions,” like copper. While these metals might be important for the future, for now, iron is the core of the company.

Vale used to be more diversified but re-centered around iron in recent years, having divested $2B worth of various other metal mines and other commodities like palm oil.

Lähde: Vale

Laaja omaisuusperusta

Vale qualifies as a medium-sized utility company, operating its own railroad, trains, harbors, and ships to transport ore from extraction to delivery to customers.

It also produces a lot of its own energy, as it operates in remote regions and cannot depend on the Brazilian government to do its job properly, especially considering its massive power requirements.

This was commonly done with hydropower, as the business of mining is not so different from hydropower construction (earthworks, digging rock with explosives, massive amounts of concrete, heavy machinery, mega construction projects, managing rain, etc.).

These infrastructures are complemented by the company’s R&D center, laboratories, hundreds of geologists, training centers, etc.

Ylittäen menneet velvoitteet

One big risk with a massive mining company like Vale is a massive accident causing massive damage.

This is what happened in 2015, with a massive disaster that occurred after a Vale-built dam collapsed. And then a similar incident in 2019.

The flooding caused Brazil’s worst environmental disaster to date, killed 19 people, and affected 39 municipalities across two states, burying them in mining waste products.

Since then, a lot of similar dams have been repaired and/or improved to avoid another catastrophe during the rainy season.

The company has also changed how it operates, having invested $2.5B in four filtration plants to create dry tailing (the crushed rock, dust, and mud) instead of wet tailing requiring dams. So in the future, iron mining activity will no longer create the sort of waste that requires dams at all.

The company is also actively repairing its image, insisting on how its mining activity, combined with a large natural reserve financed by the company, is a major contributor to preserving the Brazilian rainforest, others turned into pasturelands in the region.

Lähde: Vale

Overall, Vale is now getting over its past trouble with ecological disasters and turning into one of Brazil’s most valuable assets and a central supplier of iron to the world, and China in particular, a country with whom Brazil is forging deeper ties through the BRICS commercial network.

2. Rio Tinto

Rio Tinto (RIO ) is the world’s second-largest mining company. The largest part of the company’s business is in iron ore. But it is also a very large producer of copper and aluminum, with strong expansion plans for copper production.

Rauta

Rio Tinto’s historical business was, and still is, centered around the Pilbara region in West Australia, renowned for its iron ore.

It is now engaging in a project that took more than 10 years to get off the ground, Simandou, in Guinea (Africa). Once complete, Simandou will be Africa’s largest mine and infrastructure project. The Simandou project is a joint venture between the Government of the Republic of Guinea, Rio Tinto, and Chinese Chalco Iron Ore Holdings (CIOH).

Rio Tinto is also looking at ways to reduce its iron carbon emissions, notably with BioIron, a proprietary technology tuned to Pilbara ore, using biomass and microwave to replace coal usage. This could reduce associated carbon emissions by 95%.

Lähde: Rio Tinto

Kupari

Rio Tinto is quickly growing its copper production with the massive expansion of Oyu Tolgoi, the largest mine in Mongolia. The mine is currently ramping up to 500 ktpa (thousands of tons per year), with a target for 1,000 ktpa in the next five years.

Rio Tinto is expected to provide 25% of growth volumes in global copper supply in the next 5 years.

Rio Tinto is also a leader in the innovation of copper extraction through its venture Nuton, whose new technology allows for a much higher rate of copper recovery from mined ore.

Litiiumi

Rio Tinto is progressively becoming a giant of lithium production. The first step was the acquisition of the Ricon project in Argentina in 2021.

It was followed by the troubled Jadar lithium project in Serbia, which was canceled under strong pressure by local activists, but might restart after all.

However, the big change came with the acquisition of Arcadium Lithium in 2024 , the 3rd largest lithium producer in the world, which was the result of the merger of Allken and Livent a year prior.

Lähde: Arcadium

This puts Rio Tinto at almost the top lithium company in the world in terms of reserves and total capacity.

Lähde: Rio Tinto

Regarding this acquisition, what has been described as “Rio Tinto’s real prize” is Arcadium’s direct lithium extraction (DLE) technology. Arcadium has been working on DLE since 1996, in combination with evaporation pounds, and recently made significant progress in making it commercially viable as a stand-alone extraction method.

Arcadium also developed LIOVIX, a form of printable lithium foil that could be used to boost battery performances, reduce manufacturing costs, and reduce lithium use.

Lähde: Arcadium

Alumiini

Rio Tinto has also been a long-time producer of low-carbon aluminum, with hydropower providing the energy to refine bauxite into alumina and then aluminum.

Rio Tinto

Overall, Rio Tinto is a global mining giant, providing investors with solid exposure to the iron market. It is also a green metal titan in the making, with aggressive moves made into copper and lithium.

With technology to reduce iron ore emissions + already very low-emission aluminum production, it is well positioned to handle the emergence of any carbon tax on its products, giving it a potential competitive edge against its smaller competitors.