Description
Colloidal breakdown of coconut milk proteins and fats under controlled heat creates a stable oil-in-water emulsion.
Technical
Thermal agitation causes casein micelles in coconut milk to denature while lipases partially hydrolyze medium-chain triglycerides (lauric acid dominant), forming a rheologically complex fluid with shear-thinning properties through networked fatty acid crystals.
Culinary Significance
Transforms thin coconut milk into a luscious, clingy sauce that carries flavors while providing rich mouthfeel without dairy.
Science
Primary Reaction
Maillard reaction between coconut sugars and fish proteins
Parameters
Temperature
92°C optimal
82°C to 98°C range
Time
65 minutes
45 minutes – 90 minutes
Equipment
Heavy-bottomed Dutch oven (heat distribution)Wooden paddle (prevents emulsion shear)