
Aarti Industries Q2 FY27: Record Revenue of ₹3,887 Crore, Up 73%; Volumes Rise Over 30%
Aarti Industries Ltd reported its results for the quarter ended 30 September 2026 (Q2 FY27) on 30 October 2026, with its highest-ever quarterly revenue and EBITDA.
Q2 FY27: • Revenue from operations: ₹3,887 crore, up 73% year on year and 48% over the June quarter. • EBITDA: ₹418 crore, against ₹291 crore a year earlier (up 44%). • Net profit: ₹169 crore, up 60%. • Volumes rose by more than 30%. Higher export demand and the pass-through of higher raw material costs drove revenue; the pass-through also kept EBITDA margins low.
First half (H1 FY27): revenue ₹6,513 crore, EBITDA ₹802 crore and net profit ₹324 crore.
The company said margins and volumes improved in its nitrochlorobenzene (NCB) chain because of changing global trade flows, and expects the momentum to extend to its dichlorobenzene (DCB) and nitrotoluene (NT) chains. Fuel additives capacity has risen from 290 KTPA to 360 KTPA.
Capacity: Phase I of Zone IV was commissioned in September 2026. The calcium chloride (CaCl2) plant and part of the multipurpose plant have started operating and are going through stabilisation and customer qualification; more capacity is due in Q3–Q4 FY27. The Augene Chemicals joint venture is moving towards commercial production, and the circularity joint venture is targeted for commissioning in H2 FY27. On 13 October the company signed a supply agreement of 10+ years worth about ₹1,500 crore over its life, with production planned from FY29.
What it means for buyers and suppliers
Strong volume growth in the NCB, DCB and NT chains signals firm export demand for chlorinated and nitrated benzene intermediates. Buyers of these intermediates in India should expect suppliers to prioritise export contracts and keep prices linked to raw material costs; new Zone IV capacity may ease availability of calcium chloride and multipurpose-plant products over the next year.
Source: The Tribune (30–31 October 2026), reporting the company's Q2 FY27 results release. Photo: model of the 4-nitrochlorobenzene molecule, a product of the NCB chain. Jynto, CC0, via Wikimedia Commons.
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