Cranberry juice converter

Cranberry juice may be a pure juice, a blend or a sweetened drink. Matching the volume does not make those products equally sweet or tart.

Looking for another ingredient?
Cranberry juice
100 ml ≈ ⅜ cup (exact: 0.42 cups)
Milliliters Cups
1 ml 1 ml (< ½ tsp)
5 ml ≈ 1 tsp
10 ml ≈ 2 tsp
25 ml ≈ 1 ¾ tbsp
50 ml ≈ ¼ cup
100 ml ≈ ⅜ cup
250 ml ≈ 1 cup

Reference used in this table: 1 cup ≈ 240 ml

Read the product label, then the measure

Use the juice specified in the recipe and mix it before pouring if directed. Measure the liquid below any foam. This table cannot adjust sugar when changing to another cranberry drink.

FAQ – Ingredient Conversion

How accurate are the cup and weight conversions?

Weight conversions use fixed unit factors. Cup and spoon estimates depend on the stated ingredient form and cup size. Milliliters measure volume; converting them to grams also needs an ingredient-specific reference. Without a reliable cup reference, the calculator uses grams and ounces.

Why do some small amounts convert to “≈ tsp” or “≈ tbsp”?

Small volumes may be shown as approximate spoon measures. Below half a teaspoon, the measured amount stays visible instead of being rounded up. Use a suitable scale or follow the recipe’s original measure for these small quantities.

Are the ounce (oz) and pound (lb) conversions exact?

The conversion factors between grams, ounces and pounds are exact and do not depend on the ingredient. The displayed result is rounded for readability.

Why do I see fractions like ⅛, ¼, or ⅜ in the results?

Many kitchen measurements are traditionally shown using simple fractions. Displaying amounts like “⅛ cup” or “¼ cup” makes the conversions easier to read and measure accurately with standard cups and spoons.

Why might some values look slightly different between ingredients?

Cup measurements depend on how dense an ingredient is. For example, 1 cup of flour does not weigh the same as 1 cup of sugar. Small differences also occur due to natural variations like brand, moisture, or packing. We use consistent reference values so your conversions stay reliable.