
1The urban legend
For years we have been told that "you can't fry with extra virgin olive oil," as if it were a fragile oil meant only for raw dressings. In fact, EVOO is much more resilient than most people believe. For normal household frying, it is absolutely suitable and highly recommended.
The confusion arises because people often look at only a single number—the smoke point—and forget the most important factor: how the oil behaves while you heat it and keep it hot.
2The smoke point: what it actually measures
The smoke point is the temperature at which the oil begins to smoke visibly. This smoke is not just a detail; it is the signal that you are pushing the oil too far and that thermal degradation has begun.
A good EVOO typically has a smoke point around 190–210°C, whereas home frying typically works at lower temperatures (around 170–180°C). In other words: if you fry carefully and maintain a reasonable temperature, you are well within its safe operating limits.
3Why EVOO performs better than seed oils
The real advantage of EVOO is not just its smoke point, but its oxidative stability. Extra virgin olive oil is rich in monounsaturated oleic acid (which is highly stable) and contains natural antioxidants (polyphenols) that protect the oil from breaking down when heated.
Many seed oils, on the other hand, even if they have a high smoke point on paper, are rich in polyunsaturated fats. These are highly unstable and oxidize quickly when heated, generating harmful compounds.
4Tips for perfect frying
You don't need to be a chemist; just use common sense: 1. Keep it steady: If the oil is smoking, it is too hot. Keep a moderate, stable temperature. 2. Don't reuse it endlessly: Reusing frying oil too many times degrades its quality significantly. It is always better to fry less often, but do it right.
Looking for a versatile EVOO?
Our balanced extra virgin olive oil is perfect both raw and for everyday cooking.
Discover the Shop →- 1.Abrante-Pascual S. et al. (2024) — Vegetable Oils and Their Use for Frying: A Review (Foods, MDPI)
Review aggiornata: confronta stabilità e comportamento in frittura di diversi oli, incluso l’olio d’oliva.
- 2.Katragadda H.R. et al. (2010) — Emissions of volatile aldehydes from heated cooking oils (Food Chemistry, ScienceDirect)
Studio molto citato sulle aldeidi emesse da oli riscaldati; evidenzia differenze tra oli in base al profilo lipidico.
- 3.Freis A.M. et al. (2025) — Thermal exposure and aldehyde generation in edible oils (open access, PMC)
Analisi sperimentale su oli comuni riscaldati a temperature da frittura, con confronto dei prodotti di degradazione.