Caramel

Deep brown shades from heated sugar

Caramel color is produced by carefully heating sugars such as glucose or sucrose under controlled conditions, sometimes with acids, alkalis, or salts to guide the reaction. No plant pigments are involved—this is a thermally-created colorant formed through the Maillard reaction.

There are different types of caramel color (E150a–d), depending on the processing method. The result can be anything from a golden amber to a dark brown tone. Caramel is highly stable across a wide pH range, under heat, and in light. It’s typically produced as a concentrated liquid but can also be spray-dried into powders for dry blends and dry mixes.

Technical Notes:

  • pH stability: Excellent – stable in acidic and neutral ranges

  • Light stability: Excellent

  • Heat stability: Excellent

  • Solubility: Water-soluble

  • E150c and E150d are limited-use in some food categories per regulation

Applications:

  • Beverages: Colas, dark beers, spirits, energy drinks

  • Dairy & Ice Cream: Caramel-flavoured desserts and sauces

  • Bakery: Brown breads, crusts, caramel fillings

  • Confectionery: Toffees, chocolates, chewy caramel centres

  • Savoury: Sauces, gravies, soups, marinades

  • Other: Nutritional supplements, meat analogues, soy sauces