Grams to Teaspoons Converter

Grams measure mass, while teaspoons measure volume. Unlike converting between two units of the same kind, moving from grams to teaspoons requires knowing the density of the ingredient. A teaspoon of dense table salt weighs more than a teaspoon of airy flour, even though both occupy the same nominal volume. That is why this calculator asks you to select an ingredient before producing a result. The calculator uses practical average weights per US teaspoon: 4.92892 grams for water, 2.6 grams for all-purpose flour, 4.2 grams for granulated sugar, 6 grams for table salt, 4.73 grams for butter, and 7 grams for honey. It divides the entered mass by the selected grams-per-teaspoon value. For example, 26 grams of flour divided by 2.6 grams per teaspoon gives 10 teaspoons. These values are useful kitchen approximations rather than laboratory density certificates. Ingredient density changes with temperature, moisture, brand, particle size, and measuring technique. Flour can become compacted during storage, brown sugar may be deliberately packed, and coarse salt has more air between crystals than fine salt. For the most repeatable baking results, weigh ingredients directly whenever a recipe provides grams. Use teaspoon conversion when adapting a recipe, working without a scale, or checking whether a measurement is reasonable. This tool uses the US teaspoon, defined as approximately 4.92892 milliliters. Metric teaspoons are often treated as exactly 5 milliliters, so recipes written under another standard may differ slightly. Small quantities also magnify normal spoon-filling errors. Level the spoon unless the recipe says otherwise, and avoid assuming that one generic grams-to-teaspoons factor works for every food. Selecting the closest listed ingredient gives a much more useful estimate than treating all substances like water. For an ingredient not shown, find its weight per teaspoon from the package, a trusted culinary reference, or a measured sample. Dividing the desired grams by that value gives an estimate. Powders should be measured consistently, liquids should be viewed at eye level, and sticky ingredients should be fully transferred from the spoon.