All Techniques

Caramelization

High Value DRY_HEAT Rank #21 Value: 8.10 Nécessite une validation Confidence: 8%

Sensory Profile

sweet nutty bitter golden

Molecular Foundations

This technique works primarily through sugar_thermal_degradation. Key molecules involved include melanoidins, carameldehyde, diacetyl. The process creates flavor compounds through sugar_thermal_degradation.

Key Ingredients

Chef's Note

"Master this technique and the kitchen becomes your canvas."

How to Execute

Level: intermediate

Preparation

1
Measure and stage all ingredients 5min

Have all ingredients ready before heating pan. Caramelisation is fast — no time to measure mid-process.

Equipment
heavy-based pan wooden spoon or whisk timer heat source
Failure: Burnt sugar — heat too high
→ Use medium heat; add a few drops of water to slow caramelisation if needed

Execution

1
Heat pan and add sugar 8min

Dry pan, medium heat. Add single layer of sugar. Do not stir — let edges melt first.

✅ Checkpoint: Sugar begins to liquify at edges, amber colour emerging
Pass criteria: Colour is amber (160–180°C), not dark brown
2
Add fat and acid 3min

Once amber, add butter (or cream) carefully — it will bubble vigorously. Add a squeeze of lemon or glucose syrup for stability.

✅ Checkpoint: Smooth, glossy caramel consistency
Pass criteria: No crystallised sugar lumps; sauce is pourable

Common Failures

✗
Crystallised — agitated too early
✗
Grainy texture — water added to hot sugar

Pro Chef Tips

★
Glucose syrup prevents crystallisation Replace 10–20% of sugar with glucose syrup for a perfectly smooth, stable caramel.
★
Baking soda for silky texture Add a pinch (0.5g per 100g sugar) for a softer, more liquid caramel — the baking soda creates tiny bubbles.