JSL Stainless Steel Sales Rise as Indian Demand Offsets Trade Pressure

JSL stainless steel

JSL stainless steel sales increased in the 2025-26 financial year as strong domestic demand supported broader adoption across infrastructure, mobility, defence and industrial sectors. Indian producer Jindal Stainless sold 2.5mn t of stainless steel during the year to 31 March, up 8% from 2.3mn t a year earlier.

JSL stainless steel sales were driven mainly by India’s internal market. Domestic sales accounted for 92% of annual volumes, showing that the company is prioritising local demand while global trade conditions remain uncertain.

JSL stainless steel sales dipped slightly in January-March to 641,743t from 649,857t in the previous quarter. The company attributed the decline partly to energy-related constraints linked to geopolitical uncertainty in the Middle East.

The result highlights India’s growing role as a stainless steel demand centre. Consumption is expanding beyond conventional industrial uses into electric vehicles, trailers, containers, real estate, defence, aerospace and infrastructure.

Domestic Demand Anchors Volume Growth

Indian stainless steel demand remained the main growth engine for JSL. Government-backed infrastructure programmes and rising preference for longer-life materials supported consumption across multiple end-use sectors.

Stainless steel is gaining ground where durability, corrosion resistance and lifecycle cost matter. This is particularly relevant for coastal infrastructure, transport equipment, public works, defence systems and industrial applications.

Electric vehicles and trailers are also becoming more important. These sectors use stainless steel for strength, corrosion resistance and long-term reliability in components exposed to demanding operating conditions.

JSL’s domestic focus gives it some insulation from weak or volatile export markets. A strong home market allows the company to keep capacity utilisation higher while managing margin pressure from global competition.

The company is also preparing for further growth. JSL plans to increase annual melt capacity to 4.2mn t during the current financial year ending 31 March 2027.

That expansion will strengthen its position in India’s stainless market. However, the company will need sustained domestic demand growth to absorb the additional capacity without weakening prices.

Imports and Energy Costs Shape Competitive Risk

JSL continues to face pressure from Chinese-origin and Vietnamese stainless steel imports. The company warned that substandard material is allegedly being rerouted through ASEAN countries, raising concerns about trade circumvention and domestic input quality.

This issue matters because import pressure can undermine local producers even when domestic demand is healthy. Low-priced or poor-quality imports can distort pricing, weaken margins and create risks for downstream users.

Trade defence therefore remains important for India’s stainless steel industry. Domestic producers need fair competition if they are expected to invest in higher-value capacity and support national manufacturing goals.

Energy costs are another risk. JSL said geopolitical uncertainty in the Middle East affected sourcing of propane, LPG and natural gas used in stainless steel manufacturing.

This shows how stainless steel production remains exposed to energy supply chains. Even when demand is strong, fuel availability and cost can affect output, margins and quarterly shipment performance.

Exports remained steady despite geopolitical conflicts and tariff uncertainty. JSL is building its presence in Japan, South Korea, Taiwan and Germany, supported by its value-added product portfolio.

This export strategy is important because value-added stainless products can help protect margins. Higher-specification products are less exposed to commodity price competition and more dependent on quality, qualification and customer relationships.

The Metalnomist Commentary

JSL’s performance shows that India’s stainless steel market is becoming a domestic demand story rather than an export-led one. The company’s next challenge is to defend quality and margins as imports, energy volatility and capacity expansion reshape competition.

Nalco Record Profit Highlights India’s Aluminium Market Strength

Nalco

Nalco record profit in FY2025/26 shows how stronger production volumes, higher aluminium prices and improved operating efficiency lifted India’s state-owned aluminium producer to a new earnings high. The company reported profit of 58.16bn rupees for the year to March, up 9.2% from a year earlier.

Nalco record profit was supported by revenue growth of 6.3% to Rs178.43bn. In the final quarter of the financial year, profit rose by 7% to Rs17.18bn, while revenue increased by 7.9% to Rs51.03bn.

Nalco record profit also reflects stronger market realisations. Three-month aluminium prices on the London Metal Exchange averaged $2,780/t through the financial year, up from $2,553/t in the previous year.

The result reinforces the importance of India’s aluminium value chain. Higher domestic metal sales and stable alumina output strengthen Nalco’s position as India expands infrastructure, power, transport, packaging and industrial manufacturing.

Record Aluminium Output Supports Domestic Demand

Nalco set new records for aluminium production and sales during the year. Cast aluminium production reached 472,000t, while aluminium sales totalled 474,000t.

Domestic sales reached a record 461,000t. This is strategically important because it shows that India’s internal aluminium demand remains strong enough to absorb most of Nalco’s output.

Aluminium consumption in India is tied to several structural growth sectors. Power transmission, construction, transport, packaging, electrical products and manufacturing all require more aluminium as industrial activity expands.

Higher domestic sales also reduce exposure to export volatility. For Nalco, a larger Indian customer base can improve sales stability when global trade flows are affected by tariffs, premiums or regional demand swings.

The production record also points to better operating execution. Higher volumes matter only when supported by plant reliability, cost discipline and stable raw material flows.

Nalco said stronger production, improved realisations and operating efficiency across business units drove the performance. That combination allowed the company to capture better market pricing while expanding output.

Alumina and Price Realisations Strengthen Earnings Base

Nalco also produced 2.3mn t of alumina hydrate and recorded 1.4mn t of alumina sales. Alumina remains central to the company’s integrated aluminium model.

Integrated alumina supply gives aluminium producers stronger cost control. It can also protect margins when external alumina markets tighten or when smelters face higher raw material costs.

The increase in LME aluminium prices was another major earnings driver. Higher benchmark prices improved realisations and helped lift profits even as cost pressures remained a risk across energy-intensive metal production.

For India’s aluminium sector, Nalco’s results show the value of scale and integration. Producers with bauxite, alumina and smelting capacity can benefit more directly when aluminium prices rise and domestic demand expands.

The company’s record performance also supports India’s broader industrial policy goals. Aluminium is essential for electrification, infrastructure, transport lightweighting, renewable energy equipment and downstream manufacturing.

Nalco’s challenge now is to sustain output discipline and margin strength if aluminium prices become more volatile. The market remains exposed to energy costs, global trade measures and supply disruptions.

The Metalnomist Commentary

Nalco’s record profit shows that India’s aluminium market is gaining strength from domestic consumption, not only export opportunity. The strategic advantage will belong to producers that combine integrated alumina supply, reliable smelting operations and exposure to India’s expanding industrial base.

Safran Uni Tritech LEAP Engine Components Deal Strengthens India Aerospace Supply Chain

Uni Tritech

Safran Uni Tritech LEAP engine components partnership will add Indian cast aluminium parts production to Safran’s global propulsion supply chain. The French aerospace manufacturer and Indian firm Uni Tritech signed a memorandum of understanding to manufacture components for LEAP-1A and LEAP-1B engines.

Safran Uni Tritech LEAP engine components production will take place in Dharwad, India. The agreement brings Uni Tritech into Safran’s supply chain at a time when aircraft engine makers are working to increase output and reduce bottlenecks across qualified component production.

Safran Uni Tritech LEAP engine components cooperation is strategically important because LEAP engines power major narrowbody aircraft programmes. LEAP-1A engines are used on Airbus A320neo family aircraft, while LEAP-1B engines power Boeing 737 MAX aircraft.

The deal also shows how India is moving deeper into aerospace manufacturing. The country is no longer only a market for aircraft and engines. It is increasingly becoming part of the qualified supplier base for global aerospace programmes.

Cast Aluminium Parts Add Capacity to LEAP Supply Chain

The agreement focuses on cast aluminium parts for LEAP engines. These components are part of a wider engine supply chain that depends on strict quality control, repeatable manufacturing and long-term supplier qualification.

This matters because LEAP engine deliveries have been rising as Airbus and Boeing push narrowbody production higher. Engine manufacturers need more capacity across castings, forgings, machined parts, coatings, assemblies and spare components.

Safran reported stronger engine deliveries in the first quarter, with little to no immediate impact from the US-Israel war against Iran. That performance highlights resilient demand, but it also increases pressure on suppliers to keep pace with production schedules.

Adding Uni Tritech to the supply chain can support diversification. For aerospace companies, geographic diversity is increasingly valuable as they manage logistics risk, capacity constraints and customer delivery commitments.

India’s role is also important from a cost and industrial policy perspective. Local aerospace manufacturing can support skilled employment, supplier development and deeper integration with global aircraft programmes.

India Gains Position in Aerospace Propulsion Manufacturing

The Dharwad production plan strengthens India’s position in aerospace propulsion components. Engine parts require more demanding qualification than many general industrial castings, making this a meaningful step for the local supplier base.

For Uni Tritech, the partnership gives access to a high-value global engine platform. For Safran, it adds another qualified manufacturing route for components needed to support LEAP production and aftermarket demand.

The agreement fits a broader trend in aerospace. Engine makers are widening their supplier networks while increasing investment in regions that can offer scale, technical capability and long-term manufacturing support.

India has been attracting more aerospace supply-chain activity as global manufacturers look for alternatives and additions to traditional production hubs. Partnerships like this can help the country move from assembly and lower-tier fabrication into more specialised component manufacturing.

The strategic value will depend on execution. Uni Tritech must meet Safran’s quality, delivery and process requirements consistently as LEAP engine demand continues to rise.

If successful, the partnership could become a model for further Indian participation in propulsion supply chains. That would support India’s ambition to become a larger supplier to global aerospace and defence manufacturers.

The Metalnomist Commentary

Safran’s agreement with Uni Tritech is small in headline value but important in supply-chain direction. As LEAP production rises, qualified component capacity in India could become a stronger part of the global aerospace manufacturing network.

SMEL Specialty Stainless Steel Capacity Plan Targets Higher-Value Indian Steel Demand

Shyam Metalics and Energy

SMEL specialty stainless steel capacity is set to expand by 2029 as India’s Shyam Metalics and Energy prepares new investments aimed at raising the share of higher-margin, value-added steel products in its portfolio. The company plans to invest an additional Rs27bn across two projects, subject to board approval.

SMEL specialty stainless steel capacity growth will be supported by a major stainless steel downstream expansion and a new special bar quality and specialty wire rod mill. Both projects are scheduled for commissioning by 2029.

SMEL specialty stainless steel capacity expansion reflects a broader shift in India’s steel industry. Producers are moving beyond commodity long products and into higher-specification materials for automotive, rail, engineering, infrastructure and coastal applications.

The proposed investment also aligns with India’s strategy to reduce dependence on imported cold-rolled stainless products. Local downstream capacity can improve supply security for manufacturers that need consistent quality, shorter lead times and domestic sourcing options.

SBQ and Specialty Wire Rod Mill Moves SMEL Into Premium Long Steel

SMEL plans to invest Rs9bn in an SBQ and specialty wire rod project with 800,000 t/yr of capacity. This will mark the company’s entry into premium long steel production.

Special bar quality steel is used in demanding applications where strength, consistency, machinability and metallurgical control are important. Key end-use sectors include automotive components, engineering products, industrial machinery, infrastructure and precision manufacturing.

Specialty wire rod also gives SMEL access to higher-value markets than conventional long steel. These products can serve fasteners, springs, bearings, welding wire, automotive parts and other engineered applications.

The investment is strategically important because premium long steel requires stronger process control and customer qualification. Producers must meet tighter chemistry, cleanliness, dimensional and mechanical property requirements.

For SMEL, the project could improve margins by shifting part of its output toward more specialised products. It also reduces exposure to lower-margin commodity steel cycles, where pricing is more vulnerable to oversupply and weak construction demand.

Stainless Expansion Targets Import Substitution and Downstream Integration

The larger part of the investment, Rs18bn, will go toward stainless steel downstream expansion. The plan includes melt shop expansion, higher hot-strip mill capacity, cold-rolling expansion and a new reversible cold-rolling mill.

SMEL also plans to add hot-rolled, cold and bright annealing and pickling lines. These process additions are important because stainless steel value increases significantly as producers move from melt shop output into rolled, finished and surface-treated products.

Cold-rolled stainless steel is especially important for automotive, rail, appliances, process equipment, industrial fabrication and coastal infrastructure. These markets need better surface quality, tighter tolerances and stronger corrosion performance.

The project could help reduce India’s reliance on imported cold-rolled stainless products. This matters as domestic demand grows and buyers seek more reliable local supply.

The expansion also improves SMEL’s integration across the stainless value chain. By adding more downstream processing, the company can capture more value from each tonne produced and offer a wider product range to industrial customers.

The key execution challenge will be qualification. Automotive, rail and infrastructure customers often require stable quality, repeatable processing and technical approvals before shifting supply.

If SMEL delivers the expansion on schedule, it could become a more important domestic supplier in India’s value-added stainless and specialty steel market. The company’s success will depend on ramp-up discipline, product quality and customer conversion, not capacity alone.

The Metalnomist Commentary

SMEL’s investment plan shows that Indian steel growth is moving toward quality, not only volume. The real opportunity lies in import substitution and higher-specification products, where domestic producers can capture more value from India’s industrial expansion.

India Aluminium Wire Rod Imports Face CVD Sunset Review on Malaysian Supply

India's Trade

India aluminium wire rod imports from Malaysia are under renewed trade scrutiny after the Directorate General of Trade Remedies started a sunset review of existing countervailing duties. The review comes ahead of the current duty’s expiry on 23 September.

India aluminium wire rod imports are strategically important because wire rod is a key semi-finished aluminium product for electrical conductors, cables, industrial wire and downstream manufacturing. Domestic producers argue that subsidised Malaysian supply could continue or recur if the duty expires.

India aluminium wire rod imports from Malaysia have been subject to countervailing duties since September 2021. The original levy followed a probe launched in June 2020 into alleged government subsidies supporting Malaysian producers.

Hindalco Industries, Vedanta and Bharat Aluminium Company filed the application that triggered the review. DGTR said the applicants represent a majority of India’s domestic output of the product covered by the duty.

Domestic Producers Warn of Subsidy and Trade Diversion Risk

The review covers aluminium wire and rod in coil form with diameters of 9-13mm. These products are used across electrical, cable and industrial supply chains, making them important to India’s aluminium downstream sector.

The applicants argue that Malaysian producers continue to benefit from government support. They identified 64 subsidy programmes, including 23 from the original investigation and 41 new schemes.

The alleged support includes tax breaks, export grants, preferential financing and below-market land and power rates. If confirmed, these measures could allow Malaysian producers to offer aluminium wire rod at artificially competitive levels.

Indian producers warned that removing the duty could harm the domestic industry. Their concern is that subsidised imports would pressure local pricing, reduce utilisation and weaken investment confidence in downstream aluminium capacity.

The case also includes a wider trade-flow risk. Recent increases in US Section 232 aluminium tariffs could divert Malaysian export volumes away from the US and toward India if the CVD lapses.

This matters because aluminium trade measures in one region can quickly reshape flows elsewhere. When one market becomes harder to access, exporters often look for alternative destinations with weaker trade barriers.

Review Could Shape India’s Downstream Aluminium Protection

The period of investigation for the sunset review is July 2024-December 2025. DGTR will assess whether the duty should be extended, modified or withdrawn.

Exporters, importers, users and the Malaysian government have been invited to submit comments through DGTR’s SETU portal. Their responses will help determine whether subsidised imports remain a material risk.

The outcome will matter for India’s aluminium value chain. Domestic producers want protection from subsidised competition, while downstream users may focus on supply availability and input cost.

India has been trying to strengthen local manufacturing across metals, electrical infrastructure and industrial materials. Maintaining fair competition in aluminium wire rod supports that policy direction, especially as demand grows from power transmission, cables, construction and manufacturing.

However, trade protection also needs balance. If duties raise input costs too much, downstream processors can become less competitive. The review will need to weigh domestic producer protection against the needs of users that rely on wire rod supply.

The case shows how aluminium is becoming more exposed to trade policy. Tariffs, subsidies, countervailing duties and regional trade diversion are now central to market positioning, not secondary issues.

The Metalnomist Commentary

India’s CVD review shows that aluminium downstream products are becoming part of a wider trade-defence strategy. The key issue is whether India can protect domestic wire rod capacity without raising costs for cable, conductor and electrical manufacturing supply chains.

India Aluminium Flat-Rolled Products Capacity Expands With Smel Sambalpur Plant

Smel Steel Structura

India aluminium flat-rolled products capacity is set to expand as Smel Steel Structural prepares to commission its new FRP and foil plant in Sambalpur, Odisha, by June. The facility will add 78,000 t/yr of aluminium product capacity to India’s downstream manufacturing base.

The Smel aluminium plant will have nameplate capacity of 60,000 t/yr for flat-rolled products with thicknesses of 0.3-4mm. It will also produce 18,000 t/yr of aluminium foil in the 6-40 micron range.

India aluminium flat-rolled products demand is rising across packaging, electrical, automotive, industrial and consumer goods sectors. Smel’s project is aimed at reducing import dependence while moving Shyam Metalics further into higher-value aluminium products.

The plant is at an advanced stage and is scheduled for commercial commissioning by June 2026. Its start-up will strengthen India’s ability to supply precision-engineered aluminium products from domestic capacity.

Downstream Aluminium Push Targets Higher-Value Markets

The Sambalpur plant will expand Shyam Metalics exposure beyond basic metals into value-added aluminium products. Flat-rolled products and foil typically serve higher-margin markets than upstream or semi-finished materials.

Packaging is likely to be a key demand channel. Aluminium foil is widely used in food, pharmaceuticals and consumer packaging, where barrier performance, light weight and hygiene are critical.

Electrical and automotive applications also offer growth potential. Aluminium flat-rolled products can support heat exchangers, electrical components, vehicle lightweighting, industrial equipment and consumer goods manufacturing.

The project fits India’s broader industrial strategy. Domestic aluminium consumption is expected to rise as manufacturing, infrastructure, mobility and consumer sectors expand. Local downstream capacity can reduce reliance on imported rolled products and improve supply security for Indian converters.

Margin Expansion Depends on Product Mix and Efficiency

Shyam Metalics expects the Sambalpur unit to lift consolidated operating margins by 40-50%. The company attributes this to a higher-value product mix and improved operating efficiencies.

The parent group has total installed metal capacity of 16.78mn t/yr and captive power capacity of 467MW. Captive power is important because aluminium processing remains energy-intensive, even when downstream operations are less power-heavy than primary smelting.

The commercial success of the plant will depend on quality consistency, customer qualification and utilisation. Aluminium foil and precision flat-rolled products require tight process control, surface quality and reliable thickness tolerances.

If Smel can ramp smoothly, the facility could help India capture more value inside its aluminium chain. It would also support domestic buyers seeking local supply in packaging, electrical and automotive markets.

The Metalnomist Commentary

Smel’s Sambalpur plant shows India’s aluminium strategy moving downstream into higher-value rolled and foil products. The key test will be whether the company can convert new capacity into qualified, consistent supply for demanding packaging, electrical and automotive customers.

Hindustan Zinc Refined Metal Capacity Target Signals Major Indian Zinc Expansion

Hindustan Zinc

Hindustan Zinc refined metal capacity could nearly double by FY2030 as the Indian producer advances a major expansion programme. The company aims to lift refined metal capacity from 1.12mn t/yr today to 2mn t/yr by the April 2029-March 2030 fiscal year.

Hindustan Zinc refined metal capacity growth will begin with an approved 250,000 t/yr integrated zinc smelter expansion at Debari. The project will raise total refined metal capacity to 1.38mn t/yr, with completion targeted in the second quarter of FY2028-29.

Hindustan Zinc refined metal capacity could then rise further through two additional proposed integrated smelter projects, one for zinc and one for lead. These projects remain subject to board approval but would take total capacity to the company’s 2mn t/yr target.

The expansion is strategically important for India’s metals supply chain. Zinc and lead are essential for galvanised steel, infrastructure, batteries, automotive components, construction and industrial manufacturing.

Debari Expansion Anchors HZL’s Smelting Growth

The Debari zinc smelter expansion is the first major approved step in HZL’s capacity roadmap. The 250,000 t/yr project will strengthen the company’s downstream processing base and increase its ability to convert mined metal into refined output.

This matters because mined metal growth alone does not create refined supply. Smelting and refining capacity must expand in parallel if India wants more domestic zinc availability for steel galvanising and industrial use.

HZL delivered record mined metal output of 315,000t in January-March. This was up 14% from the previous quarter and 2% from a year earlier.

Full-year mined metal production reached a record 1.11mn t in FY2025-26, up from 1.09mn t a year earlier. Higher ore output and improved grades at the company’s underground mines in Rajasthan supported the increase.

However, refined metal sales slipped slightly to 1.04mn t from 1.05mn t a year earlier. Debottlenecking work at the Chanderiya and Dariba smelters weighed on output.

That contrast shows why smelter investment is central to the company’s growth plan. HZL has strong upstream production, but refined metal capacity and operating stability will determine how much value it captures.

Silver Capacity Adds Energy Transition Exposure

HZL is also targeting major growth in silver production. The company aims to lift silver capacity to 1,500 t/yr by FY2029-30.

Saleable silver production rose by 11% from the previous quarter to 176t in January-March. Full-year silver output reached 627t.

The silver target adds another strategic layer to HZL’s expansion. Silver demand is supported by solar panels, electric vehicles, electronics and electrical applications.

This gives HZL exposure beyond traditional zinc and lead markets. As India expands solar power, electrification and electronics manufacturing, domestic silver availability could become more valuable.

The company’s integrated position is important. HZL can link mining, smelting, refining and by-product recovery, giving it a stronger platform than producers focused only on one stage of the value chain.

For India, the expansion supports domestic metals security. Higher zinc, lead and silver capacity can reduce import exposure and strengthen supply for infrastructure, renewable energy and manufacturing.

The key challenge will be execution. HZL must complete the Debari expansion, secure approvals for the next smelter projects and maintain mined metal growth from Rajasthan.

The Metalnomist Commentary

HZL’s growth plan shows that India is building deeper domestic capacity in core industrial metals, not only critical minerals. The combination of zinc, lead and silver expansion gives the company a stronger role in infrastructure, galvanised steel and energy transition supply chains.

India Manganese Alloy Prices Fall as Supply Glut Meets Weak Demand

Manganese alloy

India manganese alloy prices declined as muted demand, excess supply and cautious buying weighed on the bulk alloys market. Ferro-manganese and silico-manganese both moved lower, while ferro-chrome and ferro-silicon prices remained broadly stable.

India manganese alloy prices are under pressure from a widening mismatch between production and consumption. Weak stainless steel demand, limited export bookings and inventory overhangs have reduced market momentum.

India manganese alloy prices are also being affected by liquidity pressure among producers. Some suppliers lowered offers toward the end of the month to generate cash flow, adding further downside pressure.

The broader market remains uneven. Ferro-chrome is supported by long-term export commitments, while ferro-silicon is supported by limited availability. Manganese alloys, however, face weaker domestic and overseas demand.

Ferro-Manganese and Silico-Manganese Weaken on Inventory Pressure

Ferro-manganese prices fell as domestic demand remained insufficient to absorb available supply. The 70% ferro-manganese price declined to Rs83,000-85,000/t ex-works, while 75% material fell to Rs90,000-92,000/t.

Higher manganese ore costs continue to provide some support. This is why ferro-manganese prices are expected to remain above silico-manganese, despite weak buying and limited spot activity.

However, the domestic market is still struggling with excess supply. Producers are competing for limited orders, and some have cut prices to maintain liquidity.

Silico-manganese prices also moved lower. Indian 60% silico-manganese fell to Rs82,500-83,500/t ex-works, with market activity described as extremely limited.

Price recovery will be difficult until inventories are absorbed. Buyers remain cautious and are delaying purchases because they expect further corrections.

Export prices also weakened. The 60% silico-manganese export price fell to $890-900/t fob east coast, while 65% material declined to $960-980/t fob.

Overseas buying slowed as higher offer levels discouraged bookings. Middle East enquiries halted because of geopolitical tensions, while European demand weakened under quota restrictions.

CBAM certification is adding another pressure point. European buyers are increasingly demanding carbon documentation for high-carbon manganese alloys, raising compliance costs and complicating Indian export sales.

Ferro-Chrome and Ferro-Silicon Hold Steady Despite Weak Sentiment

Ferro-chrome prices remained stable even as downstream demand stayed subdued. High-carbon 60% ferro-chrome held at Rs117,000-119,000/t ex-works.

Domestic producers continued fulfilling long-term export commitments. This helped keep the market steady despite weaker bids in OMC’s chrome ore auction.

The fall in auction bids reflected softer consumer demand. However, ferro-chrome did not face the same immediate inventory and liquidity pressure seen in manganese alloys.

Ferro-silicon prices also held steady. The 70% ferro-silicon price remained at Rs108,000-110,000/t ex-works, supported by limited availability and firm demand.

The difference between ferro-silicon and manganese alloys shows how supply balance is driving price direction. Ferro-silicon has tighter availability, while manganese alloys face surplus material and weaker offtake.

For Indian bulk alloys, export conditions remain critical. Domestic demand alone may not be enough to absorb production if overseas buying stays weak.

The European market will also become more difficult for high-carbon alloys. CBAM compliance, quota restrictions and weak steel consumption could keep Indian exporters under pressure.

The Metalnomist Commentary

India’s manganese alloy market is not facing a raw material problem alone; it is facing a demand absorption problem. Until excess inventories clear and export demand improves, ore cost support will only slow the decline rather than reverse it.

India PGM Extraction Advances With OMC Pilot Trial in Odisha

Odisha Mining

India PGM extraction has taken an important step forward after Odisha Mining Corporation completed a pilot-scale trial to recover platinum group metals from chromite ore. The successful trial marks progress toward domestic production of platinum, palladium and rhodium.

India PGM extraction is strategically important because the country currently relies almost entirely on imported platinum group metals. Most of those imports come from South Africa and Russia, leaving Indian manufacturers exposed to supply disruptions, geopolitical risk and price volatility.

India PGM extraction could also strengthen the country’s broader critical metals strategy. PGMs are essential for automotive catalytic converters, clean-energy technologies, electronics, defence systems and advanced manufacturing.

The trial was completed at the Institute of Minerals and Materials Technology in Bhubaneswar using chromite ore from OMC’s Bangur mine in Odisha. The 1 t/h pilot plant will now be used to validate recovery rates, operating stability and scalability under real-time conditions.

Chromite Ore Route Could Open Domestic PGM Supply

OMC’s pilot programme focuses on extracting PGMs from chromite ore associated with the Bangur mine. This is significant because chromite deposits can contain recoverable platinum group elements if mineralogy, processing and recovery economics are favourable.

The pilot plant will test whether the process can move beyond laboratory success. Recovery rates, concentrate quality, operational consistency and scalability will determine whether India can move toward commercial production.

The project was developed under a 100mn rupees research and development programme. OMC is working with CSIR-IMMT and Mintek South Africa, combining domestic resource access with international processing expertise.

This collaboration matters because PGM extraction and beneficiation are technically demanding. Platinum, palladium and rhodium often occur in low concentrations and require specialised processing, concentration and smelting routes.

The broader goal is to establish India’s first integrated PGM beneficiation and smelting facility. If successful, the project could turn Odisha’s chromite resources into a domestic source of strategic metals.

Critical Metals Security Becomes Industrial Priority

India’s dependence on imported PGMs creates risk for several industries. Automotive catalytic converters remain a major end-use, especially as emissions standards require reliable access to platinum, palladium and rhodium.

Defence, electronics and advanced manufacturing also need secure PGM supply. These applications often require small volumes but high reliability, making supply security more important than simple commodity availability.

Domestic PGM production would not immediately remove India’s import dependence. However, it could create a strategic buffer, support local processing skills and reduce exposure to external supply shocks.

OMC’s next challenge is commercialisation. The pilot plant must prove that recovery can be stable, scalable and economically viable using Bangur chromite feedstock.

For India’s critical minerals policy, the project shows the value of recovering strategic metals from existing mining operations. By-product recovery can improve resource efficiency and create new domestic supply streams without relying only on new primary mines.

The Metalnomist Commentary

OMC’s pilot trial shows that India is moving from critical minerals policy ambition into process development. The real breakthrough will come if Odisha’s chromite resources can support a commercial PGM beneficiation and smelting route.

India Semiconductor Fabrication Plant Approval Advances Dholera Chip Hub

Tata Semiconductor Manufacturing

India semiconductor fabrication plant development has taken a major step forward after the government approved the country’s first chip fabrication facility at Dholera in Gujarat. The project will be developed by Tata Semiconductor Manufacturing inside a special economic zone.

The India semiconductor fabrication plant will cover 66.2 hectares, or 662,000m². It is designed to support high-value and capital-intensive semiconductor manufacturing, along with related electronic hardware, software and IT-enabled services.

The India semiconductor fabrication plant approval marks a strategic milestone for India’s effort to build a domestic semiconductor and electronics supply chain. The project supports New Delhi’s push to reduce dependence on imported chips and move deeper into advanced manufacturing.

Dholera SEZ Creates Platform for Chip Manufacturing

The Dholera project will be developed within a special economic zone designed to support semiconductor operations. The zone will include enabling infrastructure, streamlined logistics and a dedicated approval process to accelerate industrial activity.

This structure is important because semiconductor fabs require more than capital investment. They need reliable power, water, cleanroom infrastructure, high-purity gases, chemicals, precision equipment, logistics and a qualified supplier ecosystem.

The project is expected to support related industries around electronic hardware and software services. This could help Dholera develop beyond a single fab into a broader semiconductor manufacturing cluster.

The government did not disclose construction timelines or detailed production plans. However, approval of the site gives Tata Semiconductor Manufacturing a clearer path to proceed with India’s first major domestic chip fabrication project.

India Builds Domestic Electronics and Semiconductor Ecosystem

The Dholera approval follows other major semiconductor and electronics projects cleared in 2025. These include Micron Semiconductor Technology’s facility at Sanand in Gujarat and Aequs Group’s electronic component manufacturing special economic zone at Dharwad in Karnataka.

Together, these projects show that India is trying to build multiple layers of the semiconductor value chain. Fabrication, assembly, electronic components, hardware and supporting services all need to grow together for the ecosystem to become competitive.

The industrial significance extends to materials and supply chains. Semiconductor manufacturing requires high-purity silicon wafers, specialty gases, process chemicals, copper, aluminium, ultra-clean components and advanced packaging materials.

For India, the challenge will be execution. Building a fab is technically demanding, capital intensive and supply-chain dependent. The project must attract equipment suppliers, trained engineers, qualified vendors and long-term customers.

Still, the approval strengthens India’s position in global electronics manufacturing. As countries seek more resilient chip supply chains, India is positioning Dholera and Gujarat as strategic locations for semiconductor investment.

The Metalnomist Commentary

India’s first chip fab approval is a major industrial policy milestone, but the real test will be ecosystem depth. A successful semiconductor hub requires not only a fabrication plant, but materials, utilities, talent and qualified suppliers operating at global standards.

India approves Tata’s first semiconductor fabrication plant at Dholera in Gujarat.

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Indian Stainless Seamless Tube Exports Set to Stay Resilient in EU Market

Stainless Tube

Indian stainless seamless tube exports to Europe are expected to remain resilient despite tighter EU safeguard quotas and rising carbon compliance costs. European buyers continue to depend on imported material in product categories where regional stainless seamless tube capacity remains insufficient.

Indian stainless seamless tube exports are being tested by two forces at once. Europe is tightening trade protection and carbon policy, while India is expanding production capacity to serve both export and domestic industrial demand.

The result is not a simple import slowdown. Instead, the European market is likely to become more selective, with buyers continuing to source from India where local supply cannot meet technical, volume or cost requirements.

Speakers at SMR’s Stainless Steel Tube and Pipe Market Insights Day in Dusseldorf said EU safeguard quotas and the carbon border adjustment mechanism will raise costs. However, they said these measures will not remove Europe’s structural need for non-EU seamless tube supply.

EU Supply Gaps Keep Indian Tube Imports Viable

European stainless seamless tube buyers are not abandoning overseas suppliers because domestic mills cannot fully cover demand across all product segments. This is especially true in applications requiring specific sizes, grades, delivery windows or fabrication-linked supply.

Venus Europe managing director Stefan Muller-Bernhardt said price increases in Europe are being driven more by policy measures and cost inflation than by genuine shortages caused by lower imports. This distinction matters because trade measures may raise landed costs without creating enough domestic capacity to replace imports.

Ratnamani Metals and Tubes stainless steel division head MS Randhawa said imports will remain viable where demand exceeds regional supply. Even when buyers face higher tariffs and compliance costs, the need for material can outweigh the added expense.

This is particularly relevant for seamless tubes used in export-oriented fabrication. Products tied to heat exchangers, pressure vessels and engineered systems may still require imported tube input if European supply is limited or too expensive.

CBAM adds another layer of uncertainty. Importers will need to manage emissions reporting, verification and future carbon costs. But the mechanism is unlikely to eliminate Indian stainless seamless tube exports where Europe lacks sufficient domestic alternatives.

Safeguard quotas will have a more direct commercial effect. Tighter quotas can restrict volume flexibility and raise the risk of duty exposure. However, buyers with technical dependence on imports may continue purchasing Indian material even at higher cost.

This creates a more disciplined import market. Indian suppliers that can offer consistent quality, compliance documentation and reliable delivery will be better positioned than low-cost exporters with weaker transparency.

For European buyers, the key issue is not whether imports become more expensive. It is whether domestic producers can replace the material. In many seamless tube categories, the answer remains uncertain.

Indian Capacity Growth and Process Routes Reshape Competition

India’s stainless seamless tube industry is expanding rapidly, but speakers said this should not be viewed only as export pressure on Europe. Indian producers are also adding capacity to serve fast-growing domestic demand.

India’s refining, power, fertiliser, semiconductor, defence and industrial sectors are all increasing stainless seamless tube consumption. These applications require corrosion resistance, pressure integrity and reliable mechanical performance.

India also has low per-capita stainless steel consumption, leaving substantial room for long-term domestic growth. As industrialisation continues, local tube demand should absorb part of the new capacity being added by Indian producers.

Still, exports will remain attractive. Overseas markets often offer larger order volumes, better price realisation and more diversified customer bases. Europe will therefore remain important, even as Indian domestic demand strengthens.

The market is also seeing a technical divide between production routes. Rotary piercing is gaining share because of lower costs and improving process technology. This route is becoming more competitive in mainstream seamless tube applications.

Hot extrusion remains important for more demanding segments. Aerospace, defence, nuclear and nickel alloy applications still require higher-end processing, tighter quality control and stronger technical assurance.

The two production routes are unlikely to converge into one dominant model. Rotary piercing will likely serve broader volume demand, while hot extrusion will remain positioned in premium and technically demanding markets.

This divide matters for Europe. Buyers may use Indian piercing-based supply for standard industrial applications, while relying on hot-extruded material for more critical service conditions.

Indian stainless seamless tube exports will therefore become more segmented. The market will differentiate between commodity-grade volume, engineered stainless products and high-specification alloy tubes.

For Indian producers, the opportunity is clear. Companies that can serve both cost-sensitive mainstream demand and higher-specification industrial applications will be better placed to withstand EU policy pressure.

For Europe, the challenge is also clear. Trade controls and CBAM may protect local producers, but they cannot immediately create missing capacity in specialized seamless tube categories.

The Metalnomist Commentary

The EU’s policy direction will raise the cost of Indian stainless seamless tube exports, but it will not remove Europe’s import dependence. The stronger long-term shift is segmentation: lower-cost piercing will serve volume demand, while hot extrusion will defend premium industrial applications.

Vedanta Metals Production Hits Record in FY2025-26 on Efficiency Gains

Vedanta Metals

Vedanta metals production reached a record level in the April 2025-March 2026 fiscal year as efficiency improvements, mine restarts and capacity additions lifted output across key businesses. The Indian mining group reported stronger production in alumina, aluminium, zinc, lead, chrome ore, ferro-chrome and copper cathode.

The strongest increase came from the Lanjigarh alumina refinery, where output rose by 48% on the year to 2.91mn t after the second furnace restarted in the first quarter. This strengthened Vedanta’s upstream aluminium raw material base and improved integration across its aluminium value chain.

Vedanta metals production growth also reflected better utilisation of existing assets. Aluminium output rose by 1% to 2.45mn t, compared with 2.42mn t a year earlier, showing stable primary metal production despite a more challenging cost and energy environment.

Alumina and Base Metals Strengthened Vedanta’s Integrated Platform

The Lanjigarh refinery result was strategically important because alumina availability directly affects aluminium smelter economics. Higher alumina output can reduce exposure to external feedstock volatility and support more stable aluminium production planning.

Zinc and lead production also improved during the year. Combined output reached 1.11mn t, up 2%, supported by better mined metal grades and higher production levels.

This growth reinforced Vedanta’s position across India’s industrial metals chain. Zinc and lead remain important for galvanising, batteries, infrastructure, alloys and manufacturing, while aluminium continues to support transport, power, packaging and construction demand.

Chrome, Ferro-Chrome and Copper Output Added Downstream Depth

Vedanta metals production also benefited from a sharp recovery at Facor, the group’s ferro-alloys subsidiary. Chrome ore production rose by 49% to 371,000t after the restart of the Kalarangiatta mines and expanded environmental clearance at the Ostapal mine.

Ferro-chrome output increased by 21% to 101,000t. This matters because ferro-chrome is a critical input for stainless steel production, linking Vedanta’s chrome ore base to India’s alloy and steelmaking supply chain.

Copper cathode production at the Silvassa smelter rose by 15% to 170,000t. Vedanta attributed the increase to debottlenecking, operational efficiency and more diversified raw material sourcing, all of which improve supply resilience in a tight copper market.

The Metalnomist Commentary

Vedanta’s record output shows how Indian metals producers are using operational upgrades and mine restarts to increase domestic supply. The bigger strategic point is that India’s industrial growth needs integrated capacity across alumina, aluminium, zinc, ferro-alloys and copper, not only isolated production gains.

Moil Manganese Ore Prices Rise Sharply as Indian Supply Tightens

Moil

Moil manganese ore prices rose sharply for April as tight domestic availability and restricted imports pushed Indian buyers into a firmer market. State-owned Manganese Ore India increased prices across ferro-grade, silico-grade and fines material, reflecting stronger supply pressure across the domestic manganese chain.

Moil manganese ore prices for ferro-grade material with manganese content of 44% and above increased by 15% from March. Material below 44% manganese rose even more sharply, with prices up 17.5% for April.

Moil manganese ore prices also increased for 25% and 30% silico-grade ore and fines, both rising by 17.5% from March. The broad-based increase shows that tightness is affecting multiple ore grades rather than only high-grade ferro-alloy feedstock.

Domestic Ore Tightness Supports Ferro-Alloy Feedstock Prices

India manganese ore supply has become tighter as local availability remains constrained and imports face pressure from geopolitical disruptions. This has strengthened Moil’s pricing power at a time when ferro-alloy producers need reliable manganese feedstock.

Ferro-grade manganese ore is essential for ferro-manganese and silico-manganese production. These alloys are key inputs in steelmaking, where manganese improves strength, toughness and deoxidation performance.

The price increase is therefore important for Indian steel and alloy producers. Higher manganese ore costs can feed into ferro-alloy margins and eventually influence steelmaking input costs if producers cannot fully absorb the increase.

Moil Output Rose but Sales Stayed Largely Stable

Moil produced around 1.9mn t of manganese ore during the April 2025-March 2026 fiscal year, up 5.6% from the previous year. Sales volumes remained broadly stable at 1.58mn t over the same period.

The company produced around 164,000t and sold around 202,000t in March, despite supply chain constraints. This suggests that Moil maintained shipments, but broader market availability remained tight enough to support a strong April price increase.

For the Indian manganese market, the key issue is whether import constraints ease or domestic production can respond quickly. If supply remains tight, ferro-alloy producers may face continued cost pressure into the next pricing cycle.

The Metalnomist Commentary

Moil’s April price increase shows how quickly manganese ore pricing can react when domestic supply and import flows tighten together. For India’s steel value chain, manganese security is becoming more important as ferro-alloy costs remain exposed to both local mining output and global logistics risk.

Hindustan Copper Concentrate Plant Approval Supports India’s Copper Expansion Plan

Hindustan Copper

Hindustan Copper concentrate plant development moved forward after India’s state-owned Hindustan Copper approved construction of a new 3mn t/yr processing facility at the Malanjkhand Copper Project in Madhya Pradesh. The decision strengthens India’s effort to increase domestic copper mine output and improve concentrate processing capacity.

The company approved the proposal on 30 March and plans to award the engineering, procurement and construction order to Ardee Engineering. The project is expected to take more than 27 months and cost Rs4.695bn, or about $50.24mn.

Hindustan Copper concentrate plant investment matters because India’s copper demand is rising with grid expansion, renewable energy, electric vehicles, construction, electronics and industrial manufacturing. More domestic concentrate capacity could reduce pressure on imported copper units and support India’s wider minerals security strategy.

Malanjkhand Project Becomes Core to HCL’s Growth Strategy

The Malanjkhand Copper Project is central to Hindustan Copper’s production expansion plan. HCL currently produces around 4mn t/yr of ore and aims to raise capacity to 12.2mn t/yr by the fiscal year ending March 2031.

The new Hindustan Copper concentrate plant is expected to improve processing efficiency as ore output rises. This is important because mine expansion only creates value if processing capacity can convert additional ore into usable concentrate.

Ardee Engineering’s EPC role gives the project a defined execution route. However, the schedule of more than 27 months means the plant will support medium-term supply growth rather than immediate copper availability.

Domestic Copper Capacity Gains Strategic Importance

India’s copper supply chain remains strategically important as the country expands power infrastructure, manufacturing and clean-energy deployment. Copper is essential for transmission lines, transformers, motors, electronics, electric mobility and industrial equipment.

The Hindustan Copper concentrate plant also fits India’s broader push to develop more domestic mineral capacity. HCL plans to expand and reopen other mines over the next five years, which could strengthen the country’s upstream copper base.

Still, India’s challenge is not only mining more ore. It must align mining, concentration, smelting, refining and recycling capacity to build a more resilient domestic copper value chain.

The Metalnomist Commentary

HCL’s Malanjkhand investment is a practical step toward reducing India’s dependence on external copper supply. The real impact will depend on whether mine expansion, processing capacity and downstream refining move together over the next five years.

India Critical Minerals Auctions Expand Supply Push for Clean Energy Manufacturing

India, auction for critical minerals.jpg

India critical minerals auctions have entered a new phase as the government launched the seventh tranche of critical and strategic mineral block auctions. The Ministry of Mines is offering 19 blocks under mining lease and composite licence across several states.

The latest India critical minerals auctions cover minerals needed for clean-energy manufacturing, advanced technologies, fertilisers, and strategic industries. The move reflects New Delhi’s effort to reduce import dependence and build domestic supply chains for high-value minerals.

India critical minerals auctions have become a central tool in the country’s resource security strategy since the August 2023 amendment to the Mines and Minerals Act. That reform classified 24 minerals as critical and strategic and gave the central government authority to auction them.

Regulatory Reforms Aim to Speed Up Mineral Development

India is tightening its auction framework to improve project execution after bidding. The Mineral Auction Second Amendment Rules, 2025, are designed to streamline post-auction procedures and reduce delays between award and development.

The 2026 rules also introduce insurance surety bonds as an alternative to bank guarantees. This could ease financial pressure on bidders and support broader participation from mining companies, technology firms, and downstream industrial players.

Auction revenues will go to the respective state governments, creating a stronger link between central mineral policy and state-level resource development. This structure could help states support permitting, infrastructure, and local industrial ecosystems around critical mineral projects.

Lithium, Graphite and Rare Earths Drive Industrial Strategy

The Ministry of Mines has already launched six tranches and auctioned 46 blocks. Industry participation has strengthened as demand rises for lithium, graphite, rare earth elements, tungsten, vanadium, titanium, and other rare metals.

These minerals are becoming essential for batteries, electric vehicles, renewable energy systems, aerospace, electronics, specialty alloys, fertilisers, and defense-related applications. India’s challenge is not only discovering resources, but also building processing, refining, and manufacturing capacity around them.

The seventh tranche therefore fits into a broader industrial policy agenda. India wants to position itself as a manufacturing hub while securing the mineral inputs needed for energy transition technologies and strategic supply chains.

The Metalnomist Commentary

India’s auction program shows that critical mineral security is becoming a state-backed industrial race. The real test will come after auction awards, when India must convert mineral blocks into mines, processing capacity, and downstream manufacturing strength.

India Aluminium BIS Certification Raises Quality Bar for Domestic Supply

BIS

India aluminium BIS certification is becoming a formal market requirement as the government enforces the aluminium and aluminium alloy products Quality Control Order 2026. The order mandates Bureau of Indian Standards certification for a wide range of aluminium products sold in the domestic market.

The regulation took effect on 11 March 2026 and replaces the earlier 2025 order. The Ministry of Commerce and Industry introduced the measure to improve product quality, strengthen consumer safety, and standardise aluminium products across India’s industrial supply chain.

India aluminium BIS certification will apply to products such as rods, bars, sheets, and composite panels. These materials are used across infrastructure, engineering, electrical equipment, packaging, aerospace, and household applications, making the order significant for both producers and downstream manufacturers.

Aluminium Producers Face New Compliance Timelines

Manufacturers must now secure a valid BIS licence before selling covered aluminium products in India. Certification will follow Scheme-I of Schedule II under the BIS regulations, 2018, which requires compliance with relevant Indian Standards and testing procedures.

The government has introduced phased deadlines to reduce disruption across different enterprise sizes. Critical aluminium products face immediate compliance, while general engineering aluminium products will follow a staggered schedule.

Large enterprises must comply by 1 December 2026. Small enterprises will have until 1 March 2027, while micro enterprises must comply by 1 June 2027. This phased structure gives smaller manufacturers more time to adapt their testing, documentation, and quality control systems.

Quality Control Order Reshapes India’s Aluminium Market

India aluminium BIS certification will likely raise the entry barrier for low-quality or inconsistent aluminium products. This could support more disciplined domestic production and reduce the circulation of non-standard material in key industrial sectors.

The order also has trade and procurement implications. Importers and domestic suppliers will need to align product specifications with Indian Standards before selling into the local market. However, exemptions remain for exports and research activities.

The R&D exemption allows up to 200kg of annual imports without BIS certification, provided the material is not sold and is later disposed of as scrap. This gives laboratories, universities, and product development teams limited flexibility while keeping commercial sales under the certification framework.

For India’s aluminium industry, the order signals a stronger policy focus on quality, traceability, and industrial standardisation. As demand grows from infrastructure, power equipment, packaging, aerospace, and manufacturing, certified aluminium supply will become more important for competitiveness and reliability.

The Metalnomist Commentary

India’s aluminium Quality Control Order is not just a standards update. It is a market-filtering mechanism that could reward compliant producers and pressure weaker suppliers out of higher-value industrial channels.

India Stainless Steel Fuel Crunch Forces Jindal Stainless to Reduce Operations

Jindal Stainless

India stainless steel fuel crunch is now directly cutting production at Jindal Stainless, the country’s largest stainless steel producer. The company has begun operating its plants at reduced capacity as Middle East tensions disrupt fuel availability and global shipping routes.

The pressure is centered on critical industrial fuels and gases used across stainless steelmaking. Propane, LPG, and natural gas supplies have tightened after disruptions around the Strait of Hormuz, creating a direct operational risk for Indian mills.

Jindal Stainless said limited fuel availability has affected several manufacturing processes and forced the company to rationalise operations. The India stainless steel fuel crunch is also raising the risk of shipment delays for customers.

Stainless Steel Mills Face Higher Fuel Exposure Than Carbon Steel Producers

Stainless steel producers face a different energy risk profile from conventional carbon steel plants. Blast furnace-based steelmakers can use internally generated gases from coke ovens and blast furnaces, while scrap-based stainless steel routes depend more heavily on external fuel supply.

This structural difference is now becoming a competitive and operational weakness. When LPG, propane, or piped natural gas supplies tighten, stainless steel mills have fewer internal alternatives to maintain stable production.

Jindal Stainless has around 3 million tonnes per year of production capacity and plans to expand to 4.2 million tonnes per year in April 2026-March 2027. However, the current fuel disruption shows that capacity growth depends not only on demand and investment, but also on reliable energy logistics.

Fuel Allocation Becomes a Strategic Issue for Indian Industry

India’s fuel allocation policy is adding another layer of pressure. The government has diverted part of natural gas supply away from industry to prioritise household consumption, leaving manufacturers exposed to tighter industrial supply.

Jindal Stainless said clear guidance on propane, LPG, and natural gas allocation will be essential for stainless steel producers. Stable fuel supply is now necessary for mills to plan production, manage customer commitments, and avoid deeper disruptions.

The broader Indian stainless steel sector is also feeling the strain. Small and mid-sized mills, particularly in regions such as Gujarat, are cutting output as LNG shortages deepen. Mills reliant on LPG or piped natural gas face the most severe constraints.

The India stainless steel fuel crunch could therefore become more than a temporary supply issue. If fuel availability does not stabilise, temporary shutdowns may follow across parts of the sector, tightening stainless supply and delaying deliveries to downstream manufacturers.

The Metalnomist Commentary

India’s stainless steel sector is showing how energy security can become an industrial competitiveness issue. Scrap-based steelmaking supports decarbonisation, but it still needs stable external fuel systems to remain reliable at scale.

India Gas Supply Crunch Raises Steel Supply Risk as Mills Cut Output

India Steel

India gas supply crunch is beginning to disrupt the country’s steel sector, with secondary producers and gas-dependent mills facing rising operational pressure. The crisis has intensified because India sources 67% of its LNG imports from the Middle East, where the US-Israel war with Iran has created major supply disruption.

India gas supply crunch is hitting smaller induction furnace-based steelmakers first. Several producers are rationing available gas, reducing output, and struggling to meet customer requirements. The government has also prioritized domestic natural gas supply for households, which has further tightened availability for industrial users.

India gas supply crunch now threatens more than steelmaking alone. It is affecting cutting operations, maintenance work, downstream galvanizing, packaging materials, plastics, propane, ammonia, limestone logistics, and imported thermal coal costs. As a result, the steel value chain faces a broader cost and supply shock.

Gas-Based Steelmakers and Secondary Mills Face Uneven Pressure

Gas exposure varies sharply across India’s steel industry. Smaller induction furnace-based mills in Mandi Gobindgarh, Punjab, have already reduced production where they rely on piped natural gas. Some manufacturers in the region can meet only about half of customer requirements, while smaller mills in Gujarat are fulfilling about 70% of demand.

Secondary steel producers that use scrap and direct-reduced iron are under particular pressure. These mills often operate with thinner margins and less procurement flexibility than large integrated producers. Rising gas costs, limited availability, and weaker scrap economics can quickly force production cuts.

The pressure is not uniform across regions. Producers in Jalna, Maharashtra, said they had not yet cut production because of gas shortages. However, imported thermal coal prices have affected most secondary mills, and imported scrap has become less viable. This means even coal-based mills are not fully protected from the wider input-cost shock.

Gas-based DRI operations face one of the clearest risks. ArcelorMittal Nippon Steel India is viewed as vulnerable because about 65% of its 9mn t/yr steelmaking capacity uses the gas-based DRI-electric arc furnace route. Market participants expect a potential near-term supply reduction if gas disruption worsens.

Downstream Steel and HRC Prices Face New Volatility

The downstream steel sector is also exposed to the gas shortage. Galvanized steel producers rely heavily on propane, and some integrated mills have already reduced galvanized output marginally while conserving existing gas supplies. Smaller re-rollers are at greater risk of curtailing or stopping operations.

The disruption has also reached trade and service centers. Some plate suppliers are unable to fulfill pending orders because their cutting processes depend on gas. This shows how energy shortages can spread beyond melt shops and rolling mills into finishing, processing, and distribution.

Steel prices may remain firm if input costs stay elevated. Indian domestic hot-rolled coil prices have already risen sharply, with 2.5mm-4mm HRC assessed at Rs54,300/t ex-Mumbai on 6 March, up 17% from mid-December 2025. Higher gas, coal, propane, ammonia, and logistics costs could keep pressure on finished steel prices.

However, demand risk is also rising. Major steel-consuming industries may face the same gas constraints, which could reduce their production and lower steel procurement. This creates a difficult market balance: supply costs are rising, but demand traction remains uncertain as buyers wait for clearer conditions.

The Metalnomist Commentary

India’s steel sector is facing an energy-security stress test. The biggest risk is not only lower steel output, but a chain reaction across DRI, galvanizing, cutting, re-rolling, and downstream demand.

Hindustan Zinc Zinc Park Gains Momentum With CMR Alloy Manufacturing Deal

Hindustan Zinc vs Vedanta

Hindustan Zinc Zinc Park is gaining industrial momentum after Vedanta’s Hindustan Zinc signed an MoU with CMR Green Technologies to establish a zinc alloys manufacturing facility in Rajasthan. The planned unit will produce zinc alloys for automotive, infrastructure, die-casting, and consumer goods applications.

Hindustan Zinc Zinc Park is being positioned as more than a downstream processing zone. It is designed to link primary zinc supply, recycling capability, alloy production, and renewable energy into a more integrated value chain. That structure could strengthen India’s ability to serve both domestic manufacturers and export markets.

The agreement also deepens Hindustan Zinc Zinc Park’s role as a platform for industrial partnerships. It follows HZL’s earlier MoU with Tripura Group, under which Hindustan Zinc will supply zinc metal to a planned unit at the park through a long-term offtake arrangement.

Zinc Alloy Demand Supports India’s Downstream Manufacturing Push

Zinc alloys are important materials for die-casting, automotive components, infrastructure products, hardware, and consumer goods. These sectors require reliable alloy supply, consistent quality, and proximity to metal sources.

The CMR Green Technologies partnership adds a recycling dimension to the project. CMR’s non-ferrous recycling expertise can support metal recovery and reuse, helping the facility align with circular economy goals. This matters as manufacturers increasingly seek lower-waste and resource-efficient supply chains.

For India, the project supports a broader shift from primary metal production toward higher-value downstream manufacturing. Instead of exporting or selling zinc mainly as refined metal, HZL can help create more alloy-based industrial activity near its own production base.

Integrated Zinc Hub Could Strengthen Supply Security

The location of Zinc Park gives the project a clear supply-chain advantage. The park is near HZL’s Dariba zinc mine and its Chanderiya and Debari smelting operations, which can support steady raw material availability for downstream units.

HZL’s dominant position also gives the park strategic weight. The company is India’s largest zinc producer and holds 77% of the domestic market. That scale can help anchor long-term supply arrangements and attract additional manufacturing partners.

The renewable energy-powered model is also significant. Energy costs and carbon performance are becoming more important for metals customers, especially in automotive, infrastructure, and export-facing sectors. If executed well, Zinc Park could become a more competitive platform for zinc alloy manufacturing in India.

The Metalnomist Commentary

HZL’s Zinc Park strategy shows how primary metal producers are moving closer to downstream industrial customers. The key opportunity is not only zinc volume, but control over alloy supply, recycling integration, and low-carbon manufacturing capacity.