Induction Furnace Suppliers in Uganda (2026)

Induction furnace supply into Uganda runs through Indian and Chinese OEMs, with European builders holding the specialty end. The buyers are scrap-based melt shops feeding rebar and section mills, and the case for melting locally rests on power: extra-large industrial consumers pay UGX 207.7 per kWh in the third quarter of 2026, roughly 5.6 US cents.

That tariff is the single number a furnace vendor should open every Ugandan conversation with. An induction furnace turns electricity into liquid steel at 500 to 600 kWh per tonne, so the power price sets the melt margin before any equipment decision is made. Uganda’s grid can now carry the load and price it competitively, which is why the melting tier here is buying rather than shrinking.

This guide covers the supplier field, the named buyers, the power economics, and what a furnace specified for Ugandan conditions looks like. Sector-wide context, the full buyer list, and payment mechanics sit in the parent guide to Uganda’s steel and metal fabrication sector.

Who actually supplies induction furnaces to Uganda

The market splits into three tiers by origin. Indian OEMs dominate the mid-market: Electrotherm and Megatherm have shipped coreless melting systems across East Africa for decades, and Inductotherm’s Indian operations serve the same corridor. Their strength is fit. The 5 to 25 tonne crucibles, sponge-iron-tolerant charge designs, and price points match what a Ugandan rebar melter needs.

Chinese suppliers compete hard on the same segment, usually bundled with financing, and win where the buyer prioritises capex over lifetime service cost. European builders such as ABP Induction and Otto Junker sell into the top of the market: foundries pouring engineered castings, tight-chemistry work, and buyers who will pay for power-supply efficiency and automation depth.

What separates vendors in Uganda is rarely the furnace itself. It is the service question: who reslines a crucible, repairs a coil, or couriers an IGBT module when a melt shop in Iganga or Namanve is down. Indian vendors hold an advantage because spares move through Nairobi and Kampala trading networks that already stock their consumables, and because many Ugandan mill engineers trained on Indian equipment. A vendor entering without a credible answer to the breakdown scenario will not pass a serious technical evaluation.

The melt shops doing the buying

Uganda’s melting tier is small, nameable, and investing. Tembo Steels is the anchor: it melts at Iganga using direct reduced iron it produces itself, and commissioned its second DRI plant there on 25 January 2025. Sponge iron in the charge mix changes furnace requirements, and Tembo’s route is the template other melters watch.

Steel & Tube Industries and Pramukh Steel run melting capacity behind their rolling operations, converting scrap into billet for their own mills. Around them sits a foundry tier casting grinding media, pump parts, and machine components for the mining and agro-processing sectors. Furnace replacements, second crucibles, and power-supply upgrades recur across all of them on cycles a vendor can plan against.

The demand backdrop is what makes the tier invest. As construction started at Tororo, the Uganda Investment Authority put Devki’s blast-furnace plant at USD 500 million and one million tonnes of annual capacity.

When that furnace makes iron from the end of 2027, domestic billet and hot metal will be available in volumes Uganda has never had, and the scrap-melting tier will reposition around it. Some will integrate forward, some will specialise. Either way they will re-equip, and the induction route is how a mid-sized player steps up without blast-furnace capital.

Power is the number that decides the business case

For years the honest advice to an East African melt shop was to budget a captive power plant alongside the furnace. In Uganda that advice is out of date. The 600 MW Karuma hydropower plant was commissioned on 26 September 2024, lifting national generation capacity above 2,000 MW, and the system now runs a surplus looking for industrial load. A furnace is exactly the baseload customer the sector wants.

The regulator prices accordingly. In its third-quarter 2026 review, the Electricity Regulatory Authority approved UGX 207.7 per kWh for extra-large industrial consumers and UGX 308.1 for large industrials, noting that increased dispatch from large hydro plants improved the generation mix against the first quarter.

Two practical points follow. Crossing the consumption threshold into the extra-large category cuts the melt shop’s biggest cost by roughly a third, so furnace sizing and tariff classification should be decided together. And the tariff structure prices off-peak consumption lower, which favours a shop that can schedule heats overnight.

Distribution is the caveat. UEDCL has operated the network since the concession ended on 31 March 2025 and is working through an ERA-approved investment programme in substations and transformers. A melt shop’s real exposure is local: the feeder, the dedicated transformer, and the flicker its own furnace pushes back into the network. Vendors quoting modern IGBT power supplies with harmonic filtering have a genuine technical story here, because a furnace that disturbs the feeder becomes a problem between the buyer and its neighbours.

Specifying a furnace for Ugandan conditions

The typical Ugandan buy is a coreless induction system with a 5 to 25 tonne crucible, sized to feed a rolling mill or a casting line. Dual-crucible configurations sharing one power supply are worth the premium for a shop running continuous casting, because they let one crucible melt while the other pours and reline without stopping the mill.

The charge mix drives the detail. Ugandan scrap is collected informally, varies in density and cleanliness, and arrives with moisture that demands disciplined charging practice and a properly designed fume-extraction hood. Shops buying sponge iron to sweeten the charge need continuous feeding equipment and slag-handling capacity, since DRI carries gangue that scrap does not. A vendor who asks about the charge mix before quoting is signalling competence; one who quotes off a capacity figure alone is not.

Consumables decide lifetime cost. Refractory lining, coil coats, yokes, and water-cooling components are recurring purchases, and the buyer should cost them into the comparison along with power-supply efficiency at partial load. On the commercial side, the import arithmetic is friendly: plant and machinery enters at zero duty under the EAC capital-goods band, the 2025 external-trade amendments exempt HS 84 and 85 equipment from the import declaration fee and infrastructure levy, and the 18 percent VAT is deferrable at import with a discharge application to URA within 28 days of the deferment period ending.

Freight is the line to respect. Everything lands at Mombasa and trucks the Northern Corridor to the site, and while most of an induction system containerises cleanly, the furnace transformer travels as project cargo. Deals are quoted in USD and paid through letters of credit at Stanbic, Absa, or Standard Chartered, with export-credit cover following origin: Sinosure behind Chinese vendors, ECGC behind Indian ones. The full payment and border mechanics, common to every equipment line, are in the country procurement guide.

The old sales channels are thinning out

The conventional route into this market was a stand at the Uganda International Trade Fair at UMA’s Lugogo grounds, a Nairobi-based regional rep, and a Kampala importer-distributor carrying the catalogue. For melting equipment, each is weaker than it looks.

The Lugogo fair draws consumer goods and SME exhibitors, not the engineers who specify a 15-tonne furnace. The regional events with industrial density, Big 5 Construct and the Propak shows, sit in Nairobi, and a Ugandan melt-shop delegation attends them selectively if at all. A rep covering East Africa from Nairobi can genuinely service perhaps five furnace accounts across four countries, and that cost sits on the vendor’s books whether anyone buys or not.

The distributor channel carries a structural problem: the Kampala and Nairobi trading houses that import steel-plant equipment are largely tied to Indian principals already. A European or Turkish vendor entering through them inherits their loyalties and their margin. Meanwhile the buyers have moved. Ugandan plant engineers research furnace questions in English, online, long before they speak to anyone. Reaching them directly through structured outbound costs USD 150 to 300 per qualified lead and compounds as the system learns the market, where fair calendars and rep salaries only repeat.

Route your enquiry

If you are a Ugandan melt shop or foundry scoping an induction furnace, send us the parameters: target melt rate, charge mix, power situation at the site, and what the liquid steel feeds. Contact us or write to burak@papaverai.com and we will route your specification to qualified furnace OEMs so you get comparable offers, not three incompatible brochures.

If you build melting equipment and Uganda is on your map, the same engine works in reverse: it puts your line in front of the engineers named above at USD 150 to 300 per qualified lead. Either way, the first conversation costs nothing.

FAQ

Can a used or refurbished induction furnace be imported into Uganda?

Yes. Used plant and machinery follows the same zero-duty capital-goods treatment, and refurbished Indian furnaces are common in the East African market. The risk sits in the power electronics: an older SCR power supply costs more to run and stresses the feeder harder than a modern IGBT unit, so inspect that before the crucible.

Is Uganda’s grid reliable enough to run an induction furnace without captive power?

Broadly yes, which is unusual in the region. Karuma’s 600 MW pushed national capacity above 2,000 MW and the system runs a surplus, so melt shops budget a grid connection and a dedicated transformer rather than a captive plant. Local feeder quality still varies, so the site study matters more than the national picture.

What consumables should a Ugandan melt shop plan for?

Refractory lining material is the big one, consumed every campaign, plus coil coats, water-cooling spares, and power-electronics modules. Most of this supply chain runs through Indian manufacturers via Nairobi and Kampala traders. Buyers should lock consumable pricing and delivery terms into the furnace contract rather than negotiating them after commissioning.

Do foreign furnace suppliers need local registration to sell in Uganda?

Not for private mill and foundry sales, which is where nearly all furnace demand sits. Tembo, Steel & Tube, and Pramukh buy directly from foreign OEMs. Registration on the PPDA e-GP platform only matters for public tenders, and the PAU supplier database applies solely to the oil and gas chain.