| Metric | Q1 FY27 | Q4 FY26 | Q1 FY26 |
|---|---|---|---|
| Revenue from operations | 1714.5 | 1605.7 | 1401.9 |
| Other income | 17.4 | 10.7 | 15.2 |
| Total income | 1731.9 | 1616.4 | 1417.1 |
| Profit before exceptional items & tax | 318.4 | 233.9 | 110.1 |
| Exceptional items | 0.0 | 2.9 | 0.0 |
| Profit before tax | 318.4 | 231.0 | 110.1 |
| Net profit | 237.6 | 168.7 | 82.1 |
| Operating margin | 18.4% | 14.3% | 7.8% |
A dash means the filing did not report that period; n/m means not meaningful (margin on near-zero revenue). Growth is not shown when either period was a loss. Operating profit excludes other income.
| Net profit, year on year | +189.40% |
|---|---|
| Net profit, quarter on quarter | +40.80% |
| Revenue, year on year | +22.30% |
| Operating profit, year on year | +229.10% |
| Operating profit, quarter on quarter | +39.40% |
NSE results filing, NSE: SPLPETRO. Figures extracted from the filing.
Supreme Petrochem Ltd: key numbers
- Share price
- ₹880.00
- Market cap
- ₹16,548 Cr
- Revenue (annual)
- ₹5,406 Cr
- Net profit (annual)
- ₹329.2 Cr
- P/E (TTM)
- 34.1×Sector 37.5×
- Promoter holding
- 64.24%+0.00% QoQ
- FII holding
- 3.80%Current quarter
Reference market data from a third-party provider, updated daily. Not a valuation or a recommendation.
More from Supreme Petrochem Ltd
All →Supreme Petrochem Earnings Call Transcript: Key Takeaways
Supreme Petrochem reported Q1 FY27 revenue of INR 1693 Cr, up 22% YoY, despite a 24.5% volume decline. Operating EBITDA surged 188% to INR 331 Cr due to widened global deltas.
Supreme Petrochem Investor Presentation: Key Takeaways
Supreme Petrochem reports Q1-FY27 revenue of INR 16,927 Mn with EBITDA margins expanding significantly to 19.53%. The company maintains a debt-free balance sheet with an investable surplus of INR 874 crores.
Supreme Petrochem Earnings Call: Key Takeaways
Supreme Petrochem reported Q4 FY26 standalone revenue of ₹1,587 crores (+3% YoY) and PAT of ₹168 crores with 10.59% margins. Management highlighted operational recovery and commissioning of EPS Phase-II expansion.