What SCOMET Means for a Foreign Buyer Sourcing Precision Components from India

A supplier quotes you a bracket in an aluminium alloy, on spec, on price, ready to ship in six weeks.

Then the shipment stalls. Not on quality. Not on payment. On a form neither side mentioned during the quote.

That form is an Export Authorization and it exists because of a list called SCOMET. Many industrial orders fall outside it entirely. A specific, checkable set of materials, components and end-uses do not and the only way to know which side of that line your order sits on is to check it rather than assume it.

What SCOMET actually is

SCOMET stands for Special Chemicals, Organisms, Materials, Equipment and Technologies. It is India's dual-use export-control list, maintained by the Directorate General of Foreign Trade (DGFT) as Appendix-3 of Schedule-II under the Foreign Trade Policy. "Dual-use" is the operative idea: an item that has an ordinary industrial purpose and could also serve a military, nuclear or strategic one. For most listed items the list does not ban export outright. It requires a separate license, an Export Authorization, before they can leave the country, subject to the specific entry and any applicable exemptions.

This is a different DGFT function from the trade-agreement documentation many buyers already deal with. A Certificate of Origin under CETA, ECTA or CEPA answers whether a product qualifies for preferential duty. SCOMET answers a question that comes before that: is this product exportable at all without a specific government authorization. A shipment can clear every origin and duty requirement cleanly and still need a SCOMET license if the item itself is listed.

The categories that actually intersect with precision manufacturing

SCOMET runs nine categories, numbered 0 through 8. Category 0 (nuclear materials) is licensed by the Department of Atomic Energy and Category 6 (the Munitions List) is licensed by the Department of Defence Production, neither through DGFT's own portal. DGFT is the licensing authority for the rest: Categories 1, 2, 3, 4, 5, 7 and 8.

Three categories are particularly useful starting points for a precision-component buyer:

Category 3 (materials and materials-processing equipment). This is where specific alloy specifications get listed by name, not by product category. Aluminium alloys capable of an ultimate tensile strength of 460 MPa (0.46 GPa) or more, in any form, are a named entry, independent of what the part is used for. A bracket, a fastener or a structural part made from an aluminium alloy at or above that threshold is a Category 3 question on the material alone. Maraging steel has its own Category 3 entry too, but it is set by dimension, not tensile strength, any linear dimension over 75mm, or sheet, plate or tubing 5mm thick or less. The lesson is not "any high-strength alloy is controlled." It is "match the material to the specific entry, not the general alloy family."

Category 5 (aerospace systems and equipment). This category is subdivided by system type, rocket systems, unmanned aerial vehicles, avionics and navigation systems, manned aircraft and aero-engines, and microlight aircraft, each with its own specially-designed-components language. A part that looks like an ordinary machined bracket can still fall under Category 5 if it was specially designed as a component for one of these specific systems, because the control follows the design intent matched to a defined entry, not a general "aerospace" label or the shape of the part.

Category 7 (emerging technologies), added under DGFT Notification No. 31/2025-26, effective 23 October 2025. This is the newest addition, covering advanced semiconductors, quantum-computing hardware and cryogenic cooling systems, organized into its own defined entries. Merely being used somewhere inside one of these systems does not by itself make a component controlled. The component, material, software or technology itself has to match one of Category 7's specific listed entries. India's addition follows the same direction as the EU's 2025 dual-use list expansion and the US's own advanced-computing export controls, part of a broader tightening across multiple countries, not an isolated Indian policy.

Many CNC-machined, forged or sheet-metal components for general industrial, automotive or consumer applications sit outside all three of these. The check is not "is this a precision part," it is "does this specific material, technical specification or end-use design match a listed entry."

There is also a catch-all layer above these categories. An item does not necessarily escape export control just because it cannot be found as a named SCOMET entry. Under India's Foreign Trade Policy, DGFT can still require authorization for a non-listed item where the exporter has been specifically notified, or where the exporter knows or has reason to believe the item could be used or diverted toward a weapons-of-mass-destruction, missile-system or specified military end use. That makes the stated end-use and end-user relevant even when the product itself never appears on the list.

The worked example

Say a buyer is sourcing a machined bracket in an aluminium alloy rated above 460 MPa (0.46 GPa) ultimate tensile strength, for a structural application. Two separate questions apply before the order ships, not one:

First, does the alloy spec itself match the Category 3 entry. If the supplier's mill certificate shows the alloy at or above 460 MPa, that is a fact about the material, independent of what the part is for.

Second, does the part match one of Category 5's specific aerospace entries, rocket systems, unmanned aerial vehicles, avionics and navigation, manned aircraft and aero-engines, or microlight aircraft and whether it was specially designed as a component for one of them. If yes, Category 5 applies regardless of the alloy.

A part can raise more than one classification question at once and clearing one does not clear the other. The same bracket, in the same alloy above 460 MPa, stays a Category 3 question because of the material itself, regardless of what the part is used for. If that same bracket was also specially designed as a component for one of Category 5's specific aerospace entries, the aerospace control applies on top of the material control, not instead of it. The material spec alone does not settle it. Neither does the end-use alone. Both have to be checked against the specific entry, not the general category name.

What a buyer should actually verify before the order not after

Identify the item, classify it against the list, check the end-use, then authorize if needed. Four steps, in that order, not a single "ask the supplier if SCOMET applies" question.

What exactly is the item? Get the part's actual mechanical-property certificate, not just the alloy's trade name. Alloy names vary by supplier and region. Where the relevant entry is defined by tensile strength, the figure on the mill certificate is what maps to the threshold, not the commercial name of the grade. Where it is defined by dimension, as with maraging steel, the certificate needs to show the actual size and form instead.

Does the exact item match a SCOMET entry? Check the current Appendix 3 category and entry number directly, not a secondhand summary, including this one. Categories, thresholds and even category numbers get revised. Treat this piece as a map of where to look, not a substitute for reading the entry itself.

What is the end-use and end-user? State it in writing on the RFQ, even when it seems obvious. A part's design intent is part of what Category 5 checks and a written end-use statement is the same document a licensing review would ask for later, done upfront instead of after a shipment is already held.

If controlled, who applies for the authorization? The Indian exporter, as the party responsible for the shipment, determines the licensing route (DGFT for most categories, the Department of Atomic Energy for Category 0, the Department of Defence Production for Category 6) and applies before export, a process separate from the invoice, packing list and any FTA Certificate of Origin already being prepared for the shipment. This adds real lead time. It is not a reason to assume the order is blocked. It is a reason to find out early which category, if any, actually applies, rather than at the port.

See Also

• Sourcing and Qualifying a Tool, Die, or Mold Maker in India: A Buyer's Guide
• Where Global Buyers Actually Manage Manufacturing RFQs
• Beyond the Unit Price: How Industrial Buyers Build a Should-Cost Model Before Negotiating
• What Actually Sets a Minimum Order Quantity and How to Negotiate It
• Sourcing Agent Fees Commission, Flat Fee, Retainer and Markup