Electric Arc Furnace Suppliers in Ethiopia (2026)

Ethiopia’s electric arc furnace equipment is entirely imported. Sentinel Steel in Bishoftu alone runs 120,000 to 150,000 tonnes a year of EAF-based TMT rebar plus 180,000 tonnes of wire rod, and neither its furnace nor its transformer was built domestically. Local rebar already undercuts imported bar by 15 to 22 percent on price, which is exactly why melting capacity keeps expanding.

Who is actually buying furnace capacity

Three private mills carry Ethiopia’s formal EAF-based rebar market, and none of them buys through a distributor. Sentinel Steel’s Bishoftu plant is the largest, rated at 120,000 to 150,000 tonnes of TMT rebar plus 180,000 tonnes of wire rod. Raval Steel Manufacturing, a Raval Group subsidiary with plants in Bahir Dar and Addis Ababa, rolls Grade 60 and Grade 75 bar to Ethiopian and ASTM standards, with Grade 100 certification still pending, which points to a metallurgy or electrode upgrade somewhere in its near-term plan. Adama Steel Ethiopia adds a further 150,000 tonnes of hot-rolling capacity from its Adama plant.

The market has room for a fourth. Birr Metrics reported in December 2025 that Ethiopia’s total iron and steel imports exceeded USD 670 million in 2023, and that the market’s Herfindahl-Hirschman concentration index climbed from 5,733 in 2017 to 6,993 in 2023, a level that signals limited competition rather than a saturated field. Local steel output rose 18 percent over the same window. Independent 2024 testing cited in the same report found domestic B400BWR and B500BWR rebar meeting or beating yield-strength requirements, some samples by more than 40 percent, with local bar scoring as high as 75 on market quality tests against roughly 60 for some imported Turkish product. The gap between that quality data and the import bias buyers still show is the opening a new melt shop sells into. Wider sector context, including the leather and tannery side of Ethiopia’s light-manufacturing buyer base, sits in our Ethiopia light manufacturing guide.

What a furnace RFQ actually has to cover

A furnace order is never one line item. The core EAF package covers the furnace shell and roof, the tilting platform, the electrode arms and regulation system, water-cooled panels, and the off-gas and fume-extraction train, with the furnace transformer as the single most expensive component and typically the longest lead time in the whole order, often 12 months or more. Behind the furnace sits the ladle furnace that reheats and refines the tapped steel before it reaches the caster, and the continuous caster itself, which turns liquid steel into the billet that Sentinel, Raval and Adama then roll into rebar and wire rod. None of the three currently discloses a second melting line, so a supplier quoting into this market is either replacing ageing furnace capacity at one of the three or pitching a genuinely new entrant.

Auxiliary scope decides whether the plant actually runs at rated output: the scrap yard and charging cranes, water treatment, the baghouse, the level-2 automation tying furnace, ladle and caster into one control system, and the substation stepping grid power down to furnace voltage. First-time Ethiopian buyers routinely under-scope this list, and it is where delivery slips hide.

Equipment block	Indicative cost driver
Electric arc furnace + transformer	Roughly USD 143 per tonne of annual capacity
Continuous billet caster	Roughly USD 85 per tonne of annual capacity
Ladle furnace, scrap handling, power island	Scales with scrap or DRI mix and site power situation

Those per-tonne figures come from SteelOnTheNet’s published capital-cost benchmarks on a 2018 basis and are indicative planning ranges only, not a quotation. A 130,000-tonne furnace and caster package on those figures alone lands near USD 30 million before ladle metallurgy, scrap handling, power infrastructure and Ethiopian site civils are added.

Power is no longer the blocker it was

For most of the past decade, an Ethiopian steel producer weighing new melting capacity had to plan around firm power as the binding constraint. The Grand Ethiopian Renaissance Dam was inaugurated on 9 September 2025 with 5,150 MW of installed capacity across both powerhouses, roughly doubling the country’s prior generation base. An EAF is a spiky, high-draw industrial load, and that additional capacity is exactly the kind of baseload buffer a melt shop needs before it commits to a furnace order. Feeder and substation quality at the specific plant site still needs its own engineering check; national capacity headroom does not by itself guarantee clean power at a given industrial estate, so vendors quoting IGBT power supplies with harmonic filtering have a real technical argument to make on a site-by-site basis.

Scrap, DRI and the feed question

An EAF is only as good as the metal going into it, and Ethiopia’s scrap supply is informal and fragmented in the way most African markets are, which means moisture, contamination and inconsistent density all land on the charging floor. That reality shapes furnace specification more than buyers expect: fume-extraction sizing, charging discipline and slag handling all have to be designed around scrap that will not arrive graded the way a European yard grades it.

The longer-term diversification path is direct reduced iron. Ethiopia’s own iron-ore ambitions, anchored by the USD 4.2 billion mining agreements the Ministry of Mines signed in March 2026, target roughly 2 million tonnes of iron ore a year within a decade, largely through ZYTB DIM Metals and Minerals Manufacturing. That timeline sits well beyond any furnace order placed today, but a buyer specifying continuous feeding equipment and slag-handling capacity now, ahead of an eventual domestic DRI stream, avoids a retrofit later.

Paying for a furnace when the buyer sells in birr

This is the mechanic that most differentiates Ethiopian steel buyers from the export-facing manufacturers elsewhere in the country’s light-manufacturing base. Sentinel, Raval and Adama all sell finished rebar domestically for birr. They earn no hard currency of their own, so unlike an exporter with a foreign-exchange retention account, a steel producer buying furnace equipment draws its dollars from the general commercial bank queue rather than against retained export proceeds.

The birr itself floats under a market-based regime the National Bank of Ethiopia introduced in July 2024, trading at roughly 161 to 162 birr per US dollar at the 20 August 2026 auction, up from around 57 pre-float. NBE Directive FXD/05/2026, effective 25 May 2026, lets banks approve deferred-payment letters of credit directly against a retention account without prior central-bank clearance, but that provision mainly benefits exporters. A steel producer’s letter of credit still runs through the standard queue at Commercial Bank of Ethiopia, Awash Bank or Dashen Bank, the latter two backed by dedicated African Development Bank trade-finance guarantee facilities set up specifically to backstop non-payment risk on capital-goods deals. A January 2026 NBE directive also requires banks to benchmark LC pricing against Ethiopian Customs Commission indicative values, so a furnace pro-forma priced defensibly against those reference values clears faster than one that is not. Typical capital-equipment terms run around 30 percent advance, 60 percent against shipping documents, and 10 percent on installation, with usance LCs at 90 to 180 days standard for plant-scale orders.

Where the equipment actually comes from

China supplies roughly 32 percent of Ethiopia’s total machinery import basket, with steel structures and industrial equipment among its named strengths, ahead of India, Turkey, the United States and the Gulf. For the furnace itself, Ethiopian buyers are shopping the same short list of global EAF technology houses active across the rest of the continent, Danieli, SMS group, Tenova and Primetals Technologies among the established names, alongside Chinese and Indian equipment houses competing hard on price and financing terms. What tends to decide the vendor is less the furnace than the aftermarket: who reslines a crucible, ships an electrode arm or repairs a power-electronics module when a mill in Bishoftu or Bahir Dar is down, since neither city sits close to a stocked spares network the way a coastal industrial hub would.

Delivery runs through Djibouti almost without exception. The furnace transformer and other oversized components move as project cargo on the road corridor to Modjo Dry Port and on to site, while the Addis Ababa-Djibouti standard-gauge railway, operational since 2018 and under joint Ethiopian-Djiboutian management since May 2024, carries containerised auxiliary equipment. Ethiopian Investment Commission registration is what unlocks duty-free capital-equipment import status; outside that regime, capital goods typically carry duties in the 5 to 20 percent range plus 15 percent VAT.

How Ethiopian steel buyers source and tender

None of Sentinel, Raval or Adama is state-owned, so there is no ministry procurement desk to register with the way a cement or power buyer would; each buys furnace, ladle and caster packages directly from the OEM, installation and commissioning folded into the same contract. Public tender mechanics only touch this equipment line indirectly, through construction-project rebar specification tracked on the Federal Public Procurement and Property Authority’s e-GP portal at egp.ppa.gov.et, which had published more than 50,000 opportunities and facilitated over 597 billion birr in transactions as of an August 2026 World Bank consultation. Ethiopia’s default national-tender language is Amharic; industrial-park tenants and internationally financed projects run in English as a matter of course, and private mill-to-OEM deals like these three typically proceed in English throughout.

The channels losing ground on this equipment line

A furnace stand at a general trade fair reaches almost nobody who actually specifies melt-shop equipment. The Addis Chamber International Trade Fair, running 3 to 5 December 2026 at the new Addis Ababa Convention Centre, covers eight sector tracks including metals, which means a metallurgical engineer walks past a booth built for the whole economy rather than one built for furnace buyers specifically. Suppliers leaning on Gulf trade ties more often work SteelFab in Sharjah or Big 5 Dubai instead, betting on the region’s broader steel-buyer traffic rather than an Ethiopia-only show.

A resident field engineer runs the same arithmetic everywhere: salary, housing and travel loaded onto a buyer set of three named mills, workable only once Ethiopian revenue clears several million dollars a year. The Addis Ababa importer-distributor layer that historically carried steel-plant equipment still locks in margin on every deal it touches, while Chinese and Indian principals increasingly sell direct into all three mills, financing attached. Structured outbound aimed at the named plants in Bishoftu, Bahir Dar and Adama, rather than a fair booth or a distributor catalogue, is what actually reaches a buyer set this narrow, and it runs at USD 150 to 300 per qualified lead rather than scaling linearly with every fair season.

Send us your furnace specification

If you are one of Ethiopia’s three EAF-based mills, or a new entrant scoping melt-shop capacity, send us your target tap weight, scrap versus DRI feed plan, and site power situation, and we will route your specification to qualified international furnace, ladle and caster OEMs so you get comparable bids rather than three incompatible proposals. Contact us or reach the procurement desk directly at burak@papaverai.com.

If you build furnace, ladle or caster equipment and Ethiopia is on your target list, the same engine runs in reverse, putting your line in front of the plant engineers named above at USD 150 to 300 per qualified lead, a rate that compounds down as the system learns the market rather than climbing with every trade-fair calendar. The country-wide FX, customs and tender mechanics behind every equipment category in Ethiopia, not just furnaces, sit in our Ethiopia industrial and procurement guide.

FAQ

How much does an electric arc furnace cost to install in Ethiopia?

Indicative capital-cost benchmarks put an EAF at roughly USD 143 per tonne of annual capacity and a continuous caster at roughly USD 85 per tonne, both on a 2018 basis. A furnace and caster package sized for one of Ethiopia’s existing mills lands in the tens of millions of dollars before ladle metallurgy, power infrastructure and site civils, and only a vendor quote against actual tonnage and site conditions is firm.

Can a used or refurbished electric arc furnace be imported into Ethiopia?

Yes, used plant and machinery follows the same capital-equipment import treatment as new equipment, duty-free under Ethiopian Investment Commission registration or dutiable outside it. The risk sits in the power-electronics generation: an older SCR-based supply costs more to run and stresses the local feeder harder than a modern IGBT unit, so inspect that before the crucible.

Do foreign furnace suppliers need a local agent to sell to Ethiopian steel producers?

No law requires one for a private sale to Sentinel Steel, Raval Steel or Adama Steel, since all three buy directly from foreign OEMs rather than through public tender. A local technical partner still helps with commissioning support and spares once the furnace is running, and Ethiopian Investment Commission registration, not agent representation, is the step that actually unlocks duty-free import status.

What furnace size fits an Ethiopian rebar mill?

The three active mills each run in the 120,000 to 180,000 tonne-a-year range, which typically points to a furnace in the 20 to 40 tonne tap-weight class feeding a single caster strand. A new entrant targeting similar volumes should size around that same band unless it is planning a materially larger rolling operation downstream.

How is a furnace purchase financed when the buyer only earns birr?

Through a standard commercial letter of credit issued by Commercial Bank of Ethiopia, Awash Bank or Dashen Bank, drawn against the general FX queue rather than an exporter’s retention account. Expect a 30 percent advance, 60 percent against shipping documents and 10 percent on installation, with usance terms of 90 to 180 days typical for plant-scale orders.