Susu Kental Manis Berapa Gram

3 min read Jun 26, 2024
Susu Kental Manis Berapa Gram

How Much Grams in a Can of Sweetened Condensed Milk?

Sweetened condensed milk, also known as susu kental manis in Indonesian, is a popular ingredient used in various desserts and drinks. It's a thick, creamy liquid made by evaporating milk to remove water content and adding sugar to sweeten it. But have you ever wondered how much grams are in a can of sweetened condensed milk?

Standard Can Size and Weight

A standard can of sweetened condensed milk usually comes in a 397-gram can. However, some brands may offer smaller or larger cans, depending on the region and country. But for the purpose of this article, we'll use the standard 397-gram can as a reference.

Grams per Serving

The serving size of sweetened condensed milk varies depending on the recipe or usage. However, a general guideline is to use 1-2 tablespoons (15-30 grams) per serving. This amount is sufficient for making a cup of coffee, tea, or dessert.

Calculating Grams in a Can

Now, let's calculate the total grams in a standard 397-gram can of sweetened condensed milk:

  • 397 grams (net weight of the can)
  • Approximately 12-15 servings per can (based on 15-30 grams per serving)
  • Total grams per serving: 15-30 grams
  • Total grams in the can: 397 grams

Tips and Variations

  • When using sweetened condensed milk in recipes, it's essential to note that the weight may vary depending on the brand and type.
  • Some brands may offer low-fat or sugar-free versions, which may have a different weight and nutritional content.
  • You can also make your own sweetened condensed milk at home by mixing milk and sugar, then heating it to remove water content. This method allows you to control the amount of sugar and fat content.


In conclusion, a standard can of sweetened condensed milk typically weighs 397 grams, with approximately 12-15 servings per can. When using sweetened condensed milk in recipes, it's essential to note the serving size and weight to ensure accurate measurements and desired results.

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