How to Export Aluminium Ingots from India: Complete Process Guide
By Saurabh Mittal, Founder, Altus Exports
A complete operational guide on how to export aluminium ingots from India — registrations, sourcing from Odisha, Chhattisgarh, and Hindalco smelters, P1020 primary and foundry alloy grades, LME Aluminium-linked FOB quoting, packaging, FCL loading, and buyer development, with expert insight from Altus Exports.
India has become a structurally important sourcing origin for primary and alloy aluminium — built on large-scale smelting capacity in Odisha (NALCO Angul, Vedanta Jharsuguda) and Chhattisgarh (BALCO), with Hindalco/Aditya Birla value-added programmes and Gujarat/Maharashtra merchant consolidation supporting remelt corridors.
Buyers searching for how to export aluminium ingots from India — or how to import them reliably — are really asking a supply-chain question: how do you connect verified smelters to an MTC-backed, EEPC-documented, LME-linked shipment that clears customs within chemistry spec? This guide answers that end to end.
For the grade catalogue, see Top Aluminium Ingot Products and Grades Exported from India; for market selection, see Best Countries for Indian Aluminium Ingot Exports.
Shipments sit under HS heading 7601 — India 76011010 for not-alloyed primary ingots, 76012010 for alloy ingots, plus adjacent billet/wire-bar/wire-rod lines (76011020–76011090 / 76012020–76012090). EEPC India RCMC sits alongside IEC as the credential buyers expect before committing volume.
Beyond registrations, the work is grade-specific: P1020 primary, EC/electrical grade, foundry alloys (ADC12 / A380-family), and remelt secondary pig are different casting and QC disciplines. Prefer a verified network? See Source Aluminium Ingots Directly from India or a merchant exporter in India.
This guide walks the full sequence — registrations, Odisha/Chhattisgarh sourcing, MTC discipline, LME Aluminium ± premium FOB, cast-ingot packing, FCL loading from Mundra/Paradip/Vizag/Nhava Sheva/Kandla, docs, and buyer development.
WITS / UN Comtrade 2024: India HS 760110 exports ~US$3.50B / ~1.41 Mt (Korea ~US$592M, Malaysia ~US$495M, Turkey ~US$422M, China ~US$266M, Japan ~US$254M) — directional; re-verify before contracts. See EEPC Registration Benefits for Aluminium Ingot Exporters and Aluminium Ingot Export Documentation Checklist.
Key Takeaways
Summary Box
Executive Summary
Summary Box
Exporting aluminium ingots from India is a five-part operating system: IEC and EEPC India RCMC registration, sourcing from Odisha (NALCO Angul, Vedanta Jharsuguda) and Chhattisgarh (BALCO) primary smelters plus Hindalco value-added output and Gujarat/Maharashtra merchant consolidation, grade-matched production (P1020 primary, EC/electrical grade, ADC12 or A380-family foundry alloy, or remelt secondary pig), MTC-backed chemistry QC on every lot, and FCL logistics from Mundra, Paradip, Visakhapatnam, Nhava Sheva, Kandla, or Krishnapatnam.
WITS / UN Comtrade 2024 anchors India's not-alloyed aluminium exports (HS 760110) at ~US$3.50B / ~1.41 Mt with leading partners Korea Rep. (~US$592.0M), Malaysia (~US$494.8M), Turkey (~US$421.6M), China (~US$266.0M), and Japan (~US$253.6M); the alloy line (HS 760120) adds ~US$1.25B / ~0.60 Mt, led by Mexico (~US$154.7M), Brazil (~US$122.2M), Korea Rep. (~US$85.1M), the United States (~US$78.2M), and Turkey (~US$75.7M). Export success depends on chemistry discipline and corridor fit, not on chasing every destination on FOB alone.
This pillar guide walks registrations through buyer development — the operational sequence Indian export houses and international extruders, rolling mills, foundries, die-casters, and traders should follow before first FCL.
Market Size & Industry Overview
Key Statistics
India's aluminium ingot export spine sits in Odisha (NALCO Angul, Vedanta Jharsuguda) and Chhattisgarh (BALCO) primary smelting corridors, with Hindalco/Aditya Birla value-added programmes and Gujarat/Maharashtra merchant consolidation supporting downstream and remelt supply. Industrial feedstock for extruders, rolling mills, foundries, and die-casters — not consumer product.
Buyers purchase Al purity bands, alloy chemistry, brand status where applicable, and delivery reliability under EEPC India's Chapter 76 lens.
Most new exporters enter on P1020 primary or remelt secondary pig FOB coastal ports, then add EC/electrical grade or foundry-alloy programmes once MTC rhythm is proven.
Export Statistics
Key Statistics
Start export planning with HS-line discipline: India 76011010 covers not-alloyed primary aluminium ingots; 76012010 covers alloy aluminium ingots; the adjacent 76011020 / 76011030 / 76011040 / 76011090 and 76012020 / 76012030 / 76012040 / 76012090 lines cover billets, wire bars, wire rods, and other cast forms — confirm the eight-digit line with your CHA before the first shipping bill.
WITS / UN Comtrade 2024 anchors India's not-alloyed aluminium exports (HS 760110) at ~US$3.50B / ~1.41 Mt (US$3,503,308.31K / 1,409,040,000 kg); leading destinations by value include Korea Rep. (~US$592.0M), Malaysia (~US$494.8M), Turkey (~US$421.6M), China (~US$266.0M), and Japan (~US$253.6M). The alloy line (HS 760120) adds ~US$1.25B / ~0.60 Mt, led by Mexico (~US$154.7M), Brazil (~US$122.2M), Korea Rep. (~US$85.1M), United States (~US$78.2M), and Turkey (~US$75.7M) — a combined ~US$4.75B / ~2.01 Mt unwrought basket.
Re-verify against WITS / UN Comtrade / DGCI&S / TRADESTAT annually — the table below summarises directional cluster metrics for board and buyer presentations.
India unwrought aluminium trade profile (WITS 2024, HS 760110 not-alloyed / HS 760120 alloy)
Swipe →
Data table — swipe horizontally on small screens
| Metric | Directional Estimate | Notes |
|---|---|---|
| Primary smelting corridors | Odisha (NALCO Angul, Vedanta Jharsuguda), Chhattisgarh (BALCO) | Large-scale primary aluminium smelting capacity anchoring export supply |
| Supporting clusters | Hindalco/Aditya Birla value-added programmes; Gujarat, Maharashtra merchant consolidation; secondary remelt corridors | Downstream processing, trading consolidation, and remelt/secondary capacity |
| Applicable HS headings | Filing lines: India 76011010 primary not-alloyed ingots, 76012010 alloy ingots; adjacent billet / wire bar / wire rod / other forms 76011020 / 76011030 / 76011040 / 76011090 and 76012020 / 76012030 / 76012040 / 76012090 — pick per lot chemistry and cast form | Confirm eight-digit line with CHA before shipping-bill filing |
| Governing trade council | EEPC India (Engineering Export Promotion Council) | RCMC alongside IEC for Chapter 76 export credibility |
| 2024 India not-alloyed aluminium exports (WITS HS 760110) | ~US$3.50B / ~1.41 Mt | US$3,503,308.31K / 1,409,040,000 kg — WITS / UN Comtrade 2024; primary not-alloyed line anchor |
| 2024 India not-alloyed aluminium imports (WITS HS 760110) | ~US$225.4M | US$225,428.14K — WITS / UN Comtrade 2024; top origins Oman, Russia, Qatar, UAE, Bahrain |
| 2024 India alloy aluminium exports (WITS HS 760120) | ~US$1.25B / ~0.60 Mt | US$1,250,017.72K / 604,281,000 kg — WITS / UN Comtrade 2024; alloy ingot line anchor |
| 2024 India alloy aluminium imports (WITS HS 760120) | ~US$833.8M / ~0.32 Mt | US$833,810.58K / 322,392,000 kg — WITS / UN Comtrade 2024; top origins Malaysia, Qatar, Bahrain, UAE, Russia |
| 2024 combined HS 7601 unwrought aluminium family | ~US$4.75B / ~2.01 Mt | Sum of not-alloyed (760110) and alloy (760120) unwrought aluminium export lines |
| 2024 India aluminium scrap trade (WITS HS 7602) | Separate line — contrast only | Do not conflate 7602 scrap with 7601 unwrought aluminium ingots |
| Leading not-alloyed destinations by value (WITS 760110) | Korea Rep. ~US$592.0M, Malaysia ~US$494.8M, Turkey ~US$421.6M, China ~US$266.0M, Japan ~US$253.6M | Greece, Vietnam, Mexico, Netherlands, Italy round out the top-ten set |
| Leading alloy destinations by value (WITS 760120) | Mexico ~US$154.7M, Brazil ~US$122.2M, Korea Rep. ~US$85.1M, United States ~US$78.2M, Turkey ~US$75.7M | Japan, Spain, Taiwan (Other Asia nes), Canada, Italy round out the top-ten set |
| Dominant export grades | P1020 primary + EC/electrical grade + foundry alloys (ADC12/A380-family) + remelt secondary pig | Chemistry and cast form determine buyer channel fit |
Import Statistics
Key Statistics
Destination import demand for Indian aluminium ingots concentrates in East Asia (Korea, Japan, China), Southeast Asia (Malaysia, Vietnam), Turkey, and the alloy-focused Americas corridor (Mexico, Brazil, United States). The table below summarises directional import demand profiles by primary buyer type so exporters can align sample kits to what each destination market actually consumes.
India also imports unwrought aluminium: WITS / UN Comtrade 2024 shows HS 760110 imports at ~US$225.4M (Oman, Russia, Qatar, UAE, Bahrain) and HS 760120 imports at ~US$833.8M / ~0.32 Mt (Malaysia, Qatar, Bahrain, UAE, Russia). Net trade context does not block export programmes — it clarifies that chemistry integrity and corridor logistics determine repeat orders. HS 7602 (aluminium scrap) is a separate line and does not compete with HS 7601 unwrought ingot flows.
Directional import demand profile by destination market
Swipe →
Data table — swipe horizontally on small screens
| Market | Directional Demand Profile | Primary Buyer Type |
|---|---|---|
| South Korea | Extrusion, rolling mill, and foundry offtake for primary and EC-grade aluminium | Extruders, rolling mills, cable/conductor producers |
| Malaysia | Trader and extrusion-hub liquidity for primary aluminium across Southeast Asia | Extruders, traders, regional distributors |
| Turkey | Foundry die-casting and extrusion demand spanning primary and alloy ingots | Foundries, die-casters, extruders |
| China | High-volume domestic processing and re-export demand for not-alloyed primary | Processors, trading houses, re-export distributors |
| Japan | Quality-driven primary and EC-grade demand for electrical and automotive processing | OEM-linked processors, cable manufacturers, trading houses |
| Mexico | Automotive die-casting demand for foundry alloy ingots under USMCA-linked supply chains | Die-casters, automotive component foundries |
| Brazil | Foundry and automotive component demand for alloy ingots | Foundries, die-casters, industrial buyers |
| Vietnam | Expanding extrusion and foundry capacity sourcing primary and alloy aluminium | Extruders, foundries, trading houses |
Product Categories / Variants
Summary Box
- P1020 primary aluminium (Al ≥99.7%) — LME-brand traders, extruders, rolling mills
- Higher-purity primary (99.8%+) — electrical/EC-grade converters and specialty foundries
- EC/electrical grade — wire rod, conductor, and cable manufacturers
- Foundry alloy ADC12 — automotive and appliance die-casters
- Foundry alloy A380-family — automotive die-casters (US/Mexico corridor)
- Remelt secondary pig — cost-led foundries, extruders, and traders
Exporters must quote grade explicitly on proforma and MTC — P1020 primary, higher-purity primary, EC/electrical grade, ADC12, A380-family, and remelt secondary pig sit across HS 7601 subheadings and require distinct chemistry packs.
Primary aluminium ingot product types exported from India
Swipe →
Data table — swipe horizontally on small screens
| Product Type | Typical Chemistry / Spec | HS (India) | Primary Channel |
|---|---|---|---|
| P1020 primary aluminium ingot | Al ≥99.7% (P1020A / A7 designation); LME primary aluminium brand baseline | 76011010 | LME-brand traders, extruders, rolling mills |
| Higher-purity primary (99.8%+) | Al ≥99.8%, tighter Fe/Si impurity ceilings | 76011010 | Electrical/EC-grade converters, specialty foundries |
| EC/electrical grade ingot | Al ~99.5–99.7% with controlled Fe/Si for conductivity | 76011010 | Wire rod and conductor producers, cable manufacturers |
| Foundry alloy ADC12 | Al-Si-Cu die-casting alloy; Si ~9.6–12.0%, Cu ~1.5–3.5% | 76012010 | Automotive and appliance die-casters |
| Foundry alloy A380-family | Al-Si-Cu die-casting alloy; Si ~7.5–9.5%, Cu ~3.0–4.0% | 76012010 | Automotive die-casters and foundries (US/Mexico corridor) |
| Remelt secondary pig | Chemistry per buyer spec; recycled/secondary aluminium output | 76011010 or 76012010 per assay | Cost-led foundries, extruders, traders |
| Billets / wire bars / wire rods (adjacent forms) | Cast/extrusion feedstock forms; adjacent to core ingot scope | 76011020 / 76011030 / 76011040 / 76011090 or 76012020 / 76012030 / 76012040 / 76012090 | Extrusion mills, wire and cable producers |
Manufacturing Overview
Export Tip
Aluminium ingot manufacturing in India starts with primary smelting of alumina from bauxite via the Bayer and Hall-Héroult processes — with NALCO, Vedanta, and BALCO anchoring primary capacity in Odisha and Chhattisgarh; Hindalco/Aditya Birla adds value-added programmes; Gujarat and Maharashtra host merchant consolidation and remelt supply.
The Odisha–Chhattisgarh belt concentrates primary smelting capacity; P1020 ≥99.7% Al lines face tighter chemistry bands than remelt secondary programmes, and ADC12/A380-family foundry alloys require dedicated alloying and casting discipline.
Exporters coordinate producer allocation, MTC identity, and stuffing discipline per order.
One thing I keep telling new exporters is simple: aluminium is not a single product. If you treat it that way, you will lose money on your first shipment and trust on your second. Saurabh Mittal, our Founder at Altus Exports, has watched this pattern repeat with new sellers many times, and the fix is always the same — get the grade right before you talk about price.
The lesson Saurabh keeps coming back to is process discipline. He tells our operations team that a clean shipment is built at the smelter, not at the port. When the producer, the exporter, and the buyer all agree on the same chemistry and cast form before production starts, the FCL that leaves Mundra or Paradip almost always arrives without a fight at the other end.
Export Process: From IEC to First Aluminium FCL
Export Tip
The following sequence is the complete operational path from a standing start to a shipped, documented aluminium ingot consignment. Follow the steps in order — registrations, sample MTC approval, and quality gates exist precisely because skipping them creates customs holds, rejected lots at the extrusion mill or foundry, or damaged buyer trust.
Step 1: Obtain an Import Export Code (IEC) from DGFT
An IEC is the baseline legal requirement for any commercial export from India, including aluminium ingots. Apply online through the DGFT portal with PAN, current bank account details, and address proof consistent with your GST registration. Clean applications are typically processed within a few working days.
Step 2: Register with EEPC India and secure your RCMC
Aluminium ingots fall under EEPC India's notified product scope for Chapter 76. Registration with an active RCMC is a practical necessity for trade-fair access and buyer credibility. See Eepc Registration Benefits For Aluminium Ingot Exporters for deeper detail.
Step 3: Source from verified Odisha, Chhattisgarh, or Gujarat/Maharashtra producers
Map supply to specific primary smelters — NALCO Angul and Vedanta Jharsuguda in Odisha, BALCO in Chhattisgarh, Hindalco/Aditya Birla for value-added programmes — with Gujarat and Maharashtra merchant consolidators for mixed-grade FCL depth. See Source Aluminium Ingots Directly From India for buyer-side verification checkpoints.
Step 4: Match chemistry to buyer application
Align P1020 primary, higher-purity primary, EC/electrical grade, ADC12 or A380-family foundry alloy, or remelt secondary grade to the buyer's chemistry sheet and price point before production. Foundry-OEM die-casters rarely accept commodity remelt specs, and trader hubs rarely pay premium for OEM-tight chemistry they will not use.
Step 5: Approve samples and run pre-shipment MTC review
Approve physical samples and lab MTC across exact Al purity plus Fe, Si, Cu, Mn, Mg, Zn, Ti ceilings before bulk production. Sign off against a written specification — never let bulk drift from approved sample lots.
Step 6: Commission testing appropriate to buyer tier
Commodity remelt grades need lot MTC against written specs. LME-brand primary and foundry-OEM programmes need brand-list evidence, chemistry-locked lots, and PPAP-style packs where required. See Lme Registered P1020 Foundry Alloy Aluminium Export Opportunities.
Step 7: Select packaging and plan FCL loading
Ship as ~20–25 kg cast ingots strapped into ~1 MT bundles with weather and oxidation protection; LME warrant-eligible programmes must ship ingots 9–26 kg for High Grade Primary (or 4–25 kg only under the separate Aluminium Alloy contract) per LME Special Contract Rules. Target 20–25 MT payload in a 20-foot FCL — confirm stow plan with your forwarder before booking.
Step 8: Build export pricing and confirm Incoterms
Construct LME Aluminium ± regional premium FOB from cash or 3M reference, primary or alloy premium, testing, packaging, inland haulage to Mundra / Paradip / Visakhapatnam / Nhava Sheva / Kandla / Krishnapatnam, and margin. Quote EXW, FOB, or CFR/CIF based on buyer preference.
Step 9: Prepare documentation and coordinate with your CHA
Core docs: commercial invoice, packing list, lot MTC, shipping bill, BL, certificate of origin, LME brand or foundry-OEM approval evidence where applicable. Confirm HS 7601 subheading with your CHA. See Aluminium Ingot Export Documentation Checklist.
Step 10: Book shipping via Mundra, Paradip, Visakhapatnam, Nhava Sheva, Kandla, or Krishnapatnam
Ocean FCL is standard for commercial volumes. Mundra and Nhava Sheva handle the majority of west-coast non-ferrous exports; Paradip and Visakhapatnam serve Odisha primary smelting output; Kandla and Krishnapatnam add capacity for specific liner strings. Air freight for urgent sealed sample lots only.
Step 11: Develop and maintain international buyers
Combine trade-data prospecting, LME Week / EEPC fair meetings, foundry-industry expos, and buyer outreach. See Find International Buyers For Aluminium Ingots and Trade Shows B2B Marketplaces For Aluminium Ingot Exporters.
HS Classification & Trade Notes
Compliance Notes
File not-alloyed primary ingots under 7601.10 / India 76011010; alloy ingots under 7601.20 / India 76012010; adjacent billet, wire bar, wire rod, and other cast forms under 76011020 / 76011030 / 76011040 / 76011090 and 76012020 / 76012030 / 76012040 / 76012090. Confirm eight-digit line with CHA before first shipping bill; 7602 aluminium waste and scrap is contrast only, not for unwrought ingots.
HS classification reference for Indian aluminium ingot exports
Swipe →
Data table — swipe horizontally on small screens
| HS Heading | Scope | Filing Note |
|---|---|---|
| 7601.10 (international) | Aluminium, not alloyed | Primary not-alloyed planning line |
| 76011010 (India) | Not-alloyed primary aluminium ingots | Primary eight-digit line for P1020 / EC-grade — confirm with CHA |
| 76011020 (India) | Not-alloyed aluminium billets | Adjacent cast form under 7601.10 |
| 76011030 (India) | Not-alloyed aluminium wire bars | Adjacent cast form under 7601.10 |
| 76011040 (India) | Not-alloyed aluminium wire rods | Adjacent cast form under 7601.10 |
| 76011090 (India) | Other not-alloyed aluminium unwrought | Residual line under 7601.10 |
| 7601.20 (international) | Aluminium alloys, unwrought | Alloy planning line |
| 76012010 (India) | Alloy aluminium ingots | Primary eight-digit line for ADC12 / A380-family / other alloy ingots |
| 76012020 / 76012030 / 76012040 / 76012090 | Alloy billets, wire bars, wire rods, other | Adjacent alloy cast forms under 7601.20 |
| 7602 / 76020010 / 76020090 | Aluminium waste and scrap | Contrast line — not primary for unwrought ingots; recycling feedstock only |
Pricing Analysis
Buyer Tip
Process exporters should model FOB as LME Aluminium cash or 3M plus regional premium — static price lists fail when LME moves between quote acceptance and vessel cutoff.
Directional FOB pricing structure by aluminium ingot grade (LME Aluminium ± premium)
Swipe →
Data table — swipe horizontally on small screens
| Grade / Programme | Pricing Structure | Notes |
|---|---|---|
| P1020 primary (Al ≥99.7%) | LME Aluminium cash or 3M + primary premium, FOB | LME-brand programmes command tightest premiums; document brand status |
| Higher-purity primary (99.8%+) | LME Aluminium + high-purity premium, FOB | Buyer-specific Fe/Si impurity ceilings drive premium tier |
| EC/electrical grade | LME Aluminium + EC premium, FOB | Conductivity spec and Fe/Si ceilings drive premium, not Al percentage alone |
| Foundry alloy ADC12 / A380-family (HS 76012010) | LME Aluminium + alloy/foundry premium, FOB | Si and Cu chemistry band and die-casting spec drive premium |
| Remelt secondary pig | LME Aluminium ± secondary discount / premium, FOB | Chemistry variability priced into offer; MTC per lot |
MOQ Analysis
Buyer Tip
MOQ discipline is part of the process — trial 5–25 MT → standard 20–25 MT FCL → monthly MT contracts once assay protocol and payment terms are proven.
Directional MOQ tiers by transaction stage
Swipe →
Data table — swipe horizontally on small screens
| Stage | Typical MOQ | Purpose |
|---|---|---|
| Trial order | 5–25 MT | Buyer grade evaluation, MTC verification, and inspection protocol test |
| Standard FCL | 20–25 MT (20ft FCL) | First commercial shipment; verify ingot stow and payload with CHA |
| Industrial contract | Monthly MT contracts | Extruder, foundry, and trader repeat programmes |
Packaging Standards
Export Tip
For process programmes, standard export packs remain ~20–25 kg cast ingots strapped into ~1 MT bundles — lot marks must match MTC and packing list before CHA filing.
Aluminium ingot packaging formats — commercial practice and LME Special Contract Rules
Swipe →
Data table — swipe horizontally on small screens
| Format | Typical Configuration | Use Case | Key Requirement |
|---|---|---|---|
| Cast ingots — commercial | ~20–25 kg class cast ingots in typical Indian commercial programmes; confirm mill cast form | All primary and alloy commercial export programmes | Lot/heat/cast marking legible for buyer QC |
| Cast ingots — LME High Grade Primary warrant | Ingots not less than 9 kg and not more than 26 kg; T-bars/sows not more than 788 kg (LME Special Contract Rules for High Grade Primary Aluminium) | LME-brand primary aluminium warrant-eligible lots only | Ingot 9–26 kg (or approved T-bar/sow form); approved brand indelibly marked |
| Cast ingots — LME Aluminium Alloy warrant | Ingots not less than 4 kg and not more than 25 kg, max 800mm length (LME Special Contract Rules for Aluminium Alloy — separate from primary) | LME aluminium-alloy warrant programmes only — not primary P1020 | Do not apply alloy shape rules to High Grade Primary warrants |
| Strapped bundles — commercial | ~1 MT class strapped bundles on pallets or mill strapping for standard FCL | Standard FCL loading for primary and alloy ingots | Bundle integrity in ocean transit; identity tags per bundle |
| Strapped bundles — LME High Grade Primary warrant | Bundles not exceeding 2.0 tonnes, securely strapped; warrant lot 25 t (2% more or less) | LME warrant-eligible High Grade Primary aluminium delivery | Bundle ≤2.0 t; brand and cast reference per LME Part 6 primary rules |
| Strapped bundles — LME Aluminium Alloy warrant | Bundles 500–1,000 kg of equal weight and dimension per lot (Aluminium Alloy contract) | LME aluminium-alloy warrant programmes only | Equal weight/dimension per lot; alloy contract rules — not primary |
| LME brand marking | Brand name and production cast reference marked on each ingot; durable plasticised label where used | LME-brand primary aluminium programmes only | Brand must be on live LME approved primary aluminium brands list |
| Weather / oxidation protection | Dry warehouse staging; wrapping where specified | All ocean shipments — foundry and electrical grade especially | Prevent surface oxidation/contamination before receipt at destination plant |
Container Loading Details
Export Tip
Dense aluminium cargo in process programmes typically targets 20–25 MT per 20ft FCL — forwarder stow verification required before buyer MT commitment.
Directional container loading guidance for aluminium ingots
Swipe →
Data table — swipe horizontally on small screens
| Container Type | Loading Consideration | Typical Use |
|---|---|---|
| 20-foot FCL | 20–25 MT payload in ~1 MT strapped bundles; verify stow with forwarder | Trial and standard commercial shipments |
| 40-foot FCL / 40-foot HC | Higher payload with dense ingot stacking; check max payload limits | Established foundry and extruder programmes |
| Bulk / break-bulk | Large industrial P1020 programmes beyond standard FCL cadence | Mega primary aluminium contracts and industrial offtake |
| Palletisation | Recommended for consistent handling and discharge speed | Buyers with forklift handling at destination plant |
Shipping Methods
Export Tip
- Samples: air/express 7–14 days for sealed assay lots
- Trial: FCL 2–4 weeks post-production, depending on producer allocation
- FCL: 3–6 weeks door-to-port by corridor
- Incoterms: EXW, FOB, CFR/CIF; DDP selective for foundry-OEM programmes
First-time exporters ship trial aluminium ingot lots as ocean FCL from Mundra or Nhava Sheva; smaller sealed assay samples move by air-express to accelerate the buyer approval window before bulk stuffing.
Certifications
Compliance Notes
IEC and EEPC RCMC are baseline; lot MTC universal; LME brand / foundry-OEM by segment.
Certifications and documents relevant to aluminium ingot export
Swipe →
Data table — swipe horizontally on small screens
| Certification / Document | Purpose | Relevant For |
|---|---|---|
| Mill Test Certificate (MTC) | Lot-specific Al purity and chemistry (Fe, Si, Cu, Mn, Mg, Zn, Ti) | All commercial shipments — baseline buyer requirement |
| EEPC RCMC + IEC | Baseline export registration and council membership for Chapter 76 | All commercial aluminium ingot export shipments from India |
| ISO 9001 (producer / exporter) | Quality-system credibility at smelting and export site | Foundry-OEM and multinational trader buyers |
| LME brand registration evidence | Proof of live LME-approved primary aluminium brand | LME-brand primary aluminium export programmes only |
| Third-party assay (SGS / Bureau Veritas / Intertek) | Independent lot chemistry and weight verification | Brand-sensitive, foundry-OEM, or LC-backed programmes |
| Foundry-OEM quality pack (PPAP-style) | OEM approval of chemistry, packaging, and traceability | Direct die-casting / foundry manufacturer programmes |
| Certificate of Origin | Country of manufacture; FTA claims where applicable | Destination customs and FTA duty programmes |
| Destination metal standard compliance | Conformance to destination aluminium standards (e.g., GB/T, EN, ASTM/AA designations) | Buyers requiring formal standard cross-reference |
Buyer Requirements
Buyer Requirements
- Written spec: Al minimum, impurity maxima (Fe/Si/Cu/Mn/Mg/Zn/Ti), cast form, brand/OEM status
- HS intent: India 76011010 (not-alloyed) vs 76012010 (alloy) confirmed before sampling
- Lot MTC with heat/cast identity matching the packing list
- Dated LME Aluminium ± premium FOB on a named Indian port
- IEC + EEPC India RCMC proof for exporter KYC
- Trial MOQ 5–25 MT before first FCL; assay protocol agreed in writing
- Foundry-OEM programmes: LME brand evidence and/or PPAP-style pack where required
Buyers in process programmes decide on a short checklist — not a brochure. Lead with chemistry, HS, documents, and a dated LME ± premium offer so the first reply already answers what procurement and QC will ask.
Country-wise Opportunities
Market Snapshot
First-time exporters should shortlist two or three corridors from the matrix below before scaling; sequencing corridor entry protects cash flow. Cross-check with the corridor guide for freight and duty context.
Directional country opportunity profile for Indian aluminium ingot exporters
Swipe →
Data table — swipe horizontally on small screens
| Country | Demand Profile | Key Requirement Focus | Opportunity Note |
|---|---|---|---|
| South Korea | Extrusion, rolling mill, and foundry offtake for primary and EC-grade | Chemistry-locked MTC, PPAP-style packs | Top WITS 2024 HS 760110 partner (~US$592.0M) plus HS 760120 (~US$85.1M) — priority corridor |
| Malaysia | Extruder and trader demand for primary and remelt aluminium | LME-eligible primary + MTC + brand evidence | Second WITS 2024 HS 760110 partner (~US$494.8M) — strong extrusion-hub demand |
| Turkey | Foundry and extrusion demand across primary and alloy grades | Foundry alloy chemistry (ADC12/A380), FTA-aware paperwork | WITS ~US$421.6M (760110) plus ~US$75.7M (760120) — dual-line corridor |
| China | Large-volume primary demand for domestic processing and re-export | Consistent MTC, competitive FOB, brand-neutral programmes | WITS ~US$266.0M (760110) — high-volume, price-sensitive corridor |
| Japan | Primary and EC-grade demand for electrical and automotive processing | Tight impurity ceilings, conductivity spec | WITS ~US$253.6M (760110) — quality-driven, OEM-linked buyers |
| Mexico | Foundry alloy demand for automotive die-casting under USMCA-linked chains | ADC12/A380-family chemistry, die-casting spec | Top WITS 2024 HS 760120 partner (~US$154.7M) — alloy-ingot priority market |
| Brazil | Foundry and automotive component demand for alloy ingots | Alloy chemistry consistency, FOB competitiveness | Second WITS 2024 HS 760120 partner (~US$122.2M) |
| Vietnam | Growing extrusion and foundry capacity pulling primary and alloy grades | Consistent MTC, competitive FOB, expanding brand requirements | Present across both 760110 and 760120 top-partner lists — expanding corridor |
Expert Insight: Corridor Discipline
Expert Insight Box
The exporters who convert destination corridor knowledge into consistent monthly FCL programmes are the ones who treat each country as a chemistry conversation, not a freight conversation. Korean rolling mills want LME-brand primary with warrant-grade MTC depth; Mexican die-casters want chemistry-locked ADC12 or A380-family lots; Malaysian traders want reliable ingot weight and short-sea discipline. Sequence corridors deliberately and the process pays for itself.
Saurabh Mittal, our Founder at Altus Exports, keeps saying that corridor discipline is what separates a one-time shipment from a real programme. He tells our team to slow down at the country-selection stage and ask a simple question. Does this specific buyer actually need what this specific Indian producer casts today, or are we forcing a fit? When the honest answer is 'yes, it fits', the follow-up work becomes easy — the sample matches, the MTC holds, and the buyer comes back for the next order without needing to be chased. When the honest answer is 'no', it is far cheaper to walk away early than to convince yourself the mismatch will not show up at destination.
The second thing Saurabh repeats is that corridor knowledge ages fast in aluminium. A Korean rolling mill that took your P1020 primary two years ago may have restructured its vendor list; a Mexican foundry that pulled ADC12 last season may have moved to A380-family. Refresh HS 760110 and 760120 trade data every quarter, revisit contacts, and keep the sample kit honest to today's buyer, not to a memory of what worked last year. That habit is what keeps monthly FCL programmes alive year after year in this category.
Sourcing Checklist
Checklist
Buyer Checklist
Common Buyer Mistakes
Common Mistakes Box
Future Market Trends
Key Statistics
East Asian extrusion and rolling growth plus Mexican and Brazilian automotive die-casting expansion support primary and foundry-alloy demand; LME brand and OEM programmes move toward standard in audited buyer chains.
LME Aluminium volatility keeps FOB index-linked — exporters and buyers who contract transparent index references reduce dispute risk.
Challenges & Solutions
- Challenge: LME volatility — Solution: index-linked FOB with dated reference
- Challenge: MTC drift — Solution: producer QC gates and retained samples
- Challenge: HS errors — Solution: CHA-confirmed 76011010 / 76012010 / adjacent cast forms
- Challenge: oxidation / weather damage — Solution: bundle spec, dry warehouse staging, and pallet SOP
Scaling process aluminium ingot export involves LME volatility, documentation, and chemistry discipline.
Exporter Checklist
Checklist
Compliance Checklist
Checklist
Compliance Notes
Sources
- WITS / UN Comtrade — India exports HS 760110 by partner, 2024
- WITS / UN Comtrade — India imports HS 760110 by partner, 2024
- WITS / UN Comtrade — India exports HS 760120 by partner, 2024
- WITS / UN Comtrade — India imports HS 760120 by partner, 2024
- WITS / UN Comtrade — Aluminium waste and scrap trade, HS 7602
- Federal Register — Section 232 aluminium / steel / copper proclamations (verify live)
- White House — Further Adjusting Tariff Regimes for Aluminum, Steel, and Copper (Jun 2026)
- UN Comtrade Database
- ITC Trade Map
- India Ministry of Commerce — TRADESTAT / MEIDB
- DGFT (India) — IEC / trade portal
- ICEGATE — Indian Customs EDI
- India CBIC — Customs Tariff
- EEPC India
- London Metal Exchange — Aluminium
- LME — Special Contract Rules, Part 6 (Primary Aluminium)
- LME — Chemical composition (Aluminium PDF)
- LME Primary Aluminium brand listing guidance
- USITC Harmonized Tariff Schedule (search 7601)
- European Commission TARIC
- ISO 9001 overview
- Altus Exports — Engineering Goods
All sources accessed 2026-07-31 during the Aluminium Ingots factual audit. Prefer primary government, exchange, and multilateral trade databases (WITS/UN Comtrade, TRADESTAT, CBIC, USITC, LME, EEPC) when citing figures in contracts or buyer presentations.
Process and registration steps in this guide should be cross-checked against current DGFT, EEPC India, and CBIC tariff entries for Chapter 76 before first shipment.
Conclusion
Exporting aluminium ingots from India succeeds when IEC, EEPC India RCMC, producer MTC discipline, LME Aluminium ± premium quoting, bundled FCL stuffing, and document reconciliation operate as one system.
Altus Exports supports Indian primary producers, merchant consolidators, and international extruders, rolling mills, foundries, and traders as a merchant exporter in India and global sourcing partner — contact us for your first or next FCL.
Next reads: Top Aluminium Ingot Products Exported From India, Aluminium Ingot Export Documentation Checklist, Best Countries For Indian Aluminium Ingot Exports.