Technical Recipe intermediate

Chewy Caramel: The Texture Formula

A scientifically balanced caramel recipe designed for the perfect chew. Learn how glucose DE and cooking temperature control the final texture.

15 min read Updated December 27, 2025
Stretchy chewy caramel showing perfect texture

The Physics of Chewiness

Chewiness in caramel is a mechanical property defined by the resistance to deformation and the elasticity of the sugar-protein matrix. It is controlled by three main factors: Residual Moisture (cooking temperature), Doctoring Agents (Glucose DE), and Fat Phase (emulsion).

Target Metrics: - Water Activity (Aw): 0.60 – 0.75 (typical for chewy caramel cooked to soft ball stage; exact value depends on actual residual moisture — verify with Aw meter for shelf-life decisions) - Cooking Temp: 118°C (Soft ball stage) - Glucose DE: 40 (Provides body and elasticity)

The Formula

IngredientQuantity (g)%Function
Sugar (Sucrose)20033%Sweetness, Structure
Glucose Syrup DE 4020033%Prevents crystallization, adds body
Heavy Cream (35%)18030%Fat, Moisture, Flavor
Butter (82%)203%Mouthfeel, Flavor
Salt (Fleur de Sel)20.3%Flavor enhancer
Vanilla Bean1-Aroma

Process

1

Infusion

Heat cream with vanilla bean. Let infuse for 15 mins.

2

Sugar Cooking

In a copper pot, combine sugar and glucose syrup. Cook to 155°C (light amber) for flavor development (Maillard reaction).

3

Deglazing

Warm the infused cream. Slowly pour into the caramel to stop cooking. Caution: Mixture will bubble violently.

4

Final Cooking

Cook the mixture again, stirring constantly, until it reaches exactly 118°C.

5

Emulsification

Remove from heat. Cool to 80°C. Add butter and salt. Emulsify with an immersion blender.

6

Setting

Pour into a frame (16x16cm). Let set for 24 hours at 18°C before cutting.

Why This Works