If you make protective clothing in India you are probably already using Japanese fibre without buying anything from Japan. Kaneka began commercial production of modacrylic at Takasago in 1957 and sells it as Kanecaron, with the higher-performance Protex added in 1991. It describes itself as a global leader and a pioneer in the field. Teijin’s meta- and para-aramids sit in the same category of inputs. The fibre crosses the border inside somebody else’s fabric.
Which leaves two real questions for an Indian buyer: when is it worth specifying a Japanese input yourself, and what does the law require of the garment before any of it matters.
This is the part most fabric conversations skip. Protective clothing for industrial workers exposed to heat is covered by India’s Protective Textiles (Quality Control) Order, 2022, which the Ministry of Textiles notified on 10 April 2023 and which came into force on 7 October 2023 after an amendment fixed that date. Goods in its schedule must conform to the corresponding Indian Standard and must bear the Standard Mark under a licence from the Bureau of Indian Standards, which is both the certifying and the enforcing authority, with penalties under the BIS Act. Goods meant for export are outside it.
So the gate is not a test report and it is not whether your customer names a standard. For domestic sale, the ISI licence is a legal requirement whether the tender mentions it or not. The commercial question that follows — can a garment sewn in India from imported Japanese fabric be licensed, and who holds the licence — is the one worth resolving before you price anything. It is answerable, and it is the main reason to have an importer in the loop rather than a freight forwarder.
| Standard | What it actually is |
|---|---|
| IS 15748:2022 | Protective clothing against heat and flame, minimum performance requirements. India’s adoption of ISO 11612:2015. The Quality Control Order schedule describes its scope as industrial workers exposed to heat, excluding firefighters’ and welders’ clothing |
| IS 16655:2017 | Protective clothing for use in welding and allied processes, adopted from ISO 11611:2015 |
| IS 15809:2017 | High visibility warning clothes. A standalone Indian specification rather than an adoption |
| IS 15742:2026 | Clothing made of limited flame spread materials. The 2007 edition was withdrawn in August 2026, so quote the 2026 edition |
| IS 16890:2024 | Protective clothing for firefighters. A separate scope from IS 15748, which excludes firefighters’ clothing |
| IS 11871:1986 | A method for determining flammability and flame resistance of fabrics. A test method, not a garment performance standard |
One more thing about the schedule: it names standards with years, but its own note says the latest published edition applies from the date of publication. So a schedule entry quoting a 2007 or 2018 edition is read as the current one.
Two notes that save arguments. First, EN ISO 11612 and IS 15748:2022 are the same technical requirements adopted in two places; the difference is the certification route, so a fabric “certified to EN ISO 11612” is not a second, additional credential. Second, ask the mill which standards the article itself has been tested against, and ask for the test report and the testing house rather than a brochure claim — but treat that as input to the licence, not a substitute for it.
Inherently flame-retardant fabric is built from fibres that resist ignition: modacrylic, meta-aramid, para-aramid and blends of them. The flame-retardant property does not wash out or wear off, though the garment itself still retires on abrasion, contamination and strength loss like any other.
Treated fabric is a conventional fibre with a flame-retardant finish. Cheaper on day one, and the finish degrades with industrial laundering.
Never compare quotes across the two. If a bid undercuts the field, that is usually where the difference is hiding.
On blends, be specific rather than generic. Kaneka blends its Protex with rayon, polyester, nylon and cotton. The coveralls actually on sale in India in the lightweight tier run to a different recipe again — around 93 per cent meta-aramid with about 5 per cent para-aramid and 2 per cent antistatic fibre, at roughly 150 GSM, sold against IS 15748:2022 and EN ISO 11612 with EN 1149 for the antistatic performance. There is no single standard recipe; there is a specification your customer is buying.
Grams at the same protection level. The premium is usually bought in weight, not in flame performance. A lighter fabric at the same rating is worn correctly rather than taken off, which is the whole point in a 45-degree yard.
Shade continuity across lots. Aramids are difficult to dye, by their own maker’s account, and Teijin markets a specifically dyeable meta-aramid staple for that reason, with a dope-dyed range alongside it. Shade drift between deliveries is a visible, expensive problem on a uniform programme that runs for years. This is unglamorous and it is often what actually moves a contract.
Documentation that survives an audit. Lot traceability and test records matter when your client’s HSE team or their customer audits the supply chain.
The programmes where those three add up: oil, gas and petrochemical contractor fleets, arc-flash work for utilities, and multi-year uniform contracts with shade-continuity clauses. Not general-purpose cotton coveralls, not volume low-spec uniforms, and not a tender bought purely on rate, where an Indian mill will serve you better.
A separate point about comfort, kept separate deliberately: Japan has spent two decades building summer workwear for hot, humid conditions, including contact-cooling knits and the powered-fan jackets now common on Japanese sites. Those belong to a non-flame-retardant comfort tier. A battery-powered fan is not going into a hazardous area, and nothing in this paragraph should be read as a flame-retardant recommendation.
We work between Japanese fibre and fabric makers and Indian garment manufacturers, uniform companies and industrial buyers. A quote from us states the article, the composition, the weight, the standards the fabric has already been tested against, the landed metre, and where the BIS licensing responsibility sits for the finished garment. Where the honest answer is that an Indian mill serves the programme better, we will tell you that before the sampling round rather than after it.
Send us the specification and the volume, and tell us who the end client is, because the standard they cite decides most of the rest. For fashion fabric instead of protective, see Japanese fabric for Indian brands, and there is more on how we work with apparel and textile makers.
Standard numbers, the Quality Control Order and company histories cited here were checked in September 2026 against the Bureau’s own catalogue, the gazette order and the makers’ own published material. Nothing here is a certification opinion: test and license your own garment.
AUTHOR OF THIS ARTICLE
SoJapan
SoJapan India Pvt. Ltd. is a Japanese-founded company based in Gurugram. We bring Japanese food, anime goods and apparel materials to Indian businesses, with a sister company in Kyoto that works directly with makers in Japan.