Quick answer: Coconut sugar is mostly sucrose, the same type of sugar found in cane and beet sugar, plus small amounts of glucose, fructose, moisture, minerals and natural compounds from the sap. It is made by heating coconut blossom sap until the water evaporates and the sugar crystallises. Heating also causes browning reactions, which give coconut sugar its colour and caramel taste.
Key takeaways – Coconut sugar is about 70-79% sucrose. – It is made by evaporating water from coconut blossom sap. – Browning reactions create its colour and caramel flavour. – Low moisture keeps it free-flowing and stable.
What is coconut sugar made of?
| Component | Approximate role |
|---|---|
| Sucrose | Main sugar, about 70-79% |
| Glucose and fructose | Smaller amounts |
| Moisture | Kept low for stability |
| Minerals | Small amounts, e.g. potassium |
| Other compounds | Colour and flavour from cooking |
Per 100 g, the Philippine Food Composition Tables (PhilFCT) list about 385 kcal and 1075 mg potassium, among other values. Portions are small, so coconut sugar is not a significant nutrient source.
How does sap become sugar?
Fresh sap is mostly water with dissolved sugars. When it is heated, water evaporates and the solution becomes more concentrated. At high concentration, the liquid becomes a thick syrup. As it cools and is stirred, sucrose molecules line up into crystals. Stirring breaks these into small granules, which are then sieved.
Why is coconut sugar brown?
Two main reactions happen during heating:
- Maillard reaction: Sugars react with small amounts of amino acids, forming brown colour and toasted flavours.
- Caramelisation: Sugars break down under heat into new flavour and colour compounds.
These reactions are why coconut sugar tastes of caramel and toffee, and why longer cooking gives darker sugar.
Why does fresh sap matter?
Sap contains sugars that yeasts and bacteria can ferment. Fermentation breaks some sucrose into glucose and fructose and produces acids. This can make the sugar sticky, sour or difficult to crystallise. Fresh, clean sap gives better crystals and cleaner flavour.
Why is moisture important?
Sugar granules attract water from the air. If moisture gets too high, granules stick together and form lumps (caking). Drying the sugar after granulation and packing it in moisture-protective bags keeps it free-flowing. Many market specifications list moisture limits and shelf lives of 24-36 months.
What about glycemic index?
Studies report different values: the University of Sydney reported a GI of 54, and the Philippine Coconut Authority reported 35. Methods differ, and coconut sugar is still sugar, so it should be used in moderation.
Why does granule size matter?
Smaller granules have more surface area, so they dissolve faster. Mesh 50 (about 0.30 mm) suits drinks and mixes, while mesh 14 (about 1.41 mm) suits baking and toppings.
Where does IMC fit?
PT Integral Mulia Cipta (IMC Group) has produced coconut sugar in Central Java since 2012 and exports to customers abroad, including the USA. Buyers can ask the IMC team for specifications and samples.
FAQ
Is coconut sugar chemically different from cane sugar? Both are mainly sucrose; coconut sugar is less refined.
What makes coconut sugar brown? Maillard reactions and caramelisation during cooking.
Why does coconut sugar cake? It absorbs moisture from the air.
Does coconut sugar contain minerals? Small amounts, such as potassium.
Looking for a reliable coconut sugar partner? Contact PT Integral Mulia Cipta (IMC Group) in Central Java, Indonesia: info@organic-coconut-sugar.com or WhatsApp +62 811 880 62273.
Leave a Reply