Honey mL to grams conversion chart
These values use the clearly stated baseline of 1.42 g/mL. For a recipe that specifies grams, weighing is still more reliable than estimating the mass of a packed cup.
| Volume | Estimated mass | US cups (volume) |
|---|---|---|
| 1 mL | 1.42 g | 0.004 US cups |
| 5 mL | 7.1 g | 0.021 US cups |
| 10 mL | 14.2 g | 0.042 US cups |
| 15 mL | 21.3 g | 0.063 US cups |
| 25 mL | 35.5 g | 0.106 US cups |
| 30 mL | 42.6 g | 0.127 US cups |
| 50 mL | 71 g | 0.211 US cups |
| 60 mL | 85.2 g | 0.254 US cups |
| 75 mL | 106.5 g | 0.317 US cups |
| 100 mL | 142 g | 0.423 US cups |
| 125 mL | 177.5 g | 0.528 US cups |
| 150 mL | 213 g | 0.634 US cups |
| 180 mL | 255.6 g | 0.761 US cups |
| 200 mL | 284 g | 0.845 US cups |
| 240 mL | 340.8 g | 1.014 US cups |
| 250 mL | 355 g | 1.057 US cups |
| 300 mL | 426 g | 1.268 US cups |
| 350 mL | 497 g | 1.479 US cups |
| 400 mL | 568 g | 1.691 US cups |
| 500 mL | 710 g | 2.113 US cups |
The final column shows the volume expressed as cups, not the weight of a universal “cup of honey.”
How to turn mL of honey into grams
Volume tells you how much space honey takes. Mass tells you how much of the ingredient is present. You connect the two through bulk density, normally written as grams per milliliter (g/mL).
250 mL
1.42 g/mL
355 g
The forward formula is grams = mL × density (g/mL). The inverse is mL = grams ÷ density (g/mL). Keep the same density on the way back; mixing figures from different ingredient types defeats the comparison.
Check the exact form
Identify whether your ingredient is honey or a different form. A substitution between forms can change volume and texture.
Choose a defensible factor
Start with the site reference of 1.42 g/mL, or use the weight-per-cup printed by your ingredient manufacturer.
Calculate mass
Multiply the measured mL by 1.42 for this reference. For example, 250 mL gives about 355 g.
Verify and round
Check the recipe’s specified measuring method, then use a scale when accuracy matters. Round to a sensible number of grams.
Different forms of honey do not weigh the same
A 100 mL fill of honey is considerably heavier than the same volume of water. The 1:1 shortcut does not apply. This side-by-side table mixes the site's disclosed estimates with explicit published cup-weight references. The reference notes prevent figures calculated under different measuring methods from being mistaken for an interchangeable standard.
| Variety or method | Reference g/mL | 100 mL | 250 mL |
|---|---|---|---|
| Honey, site reference | 1.42 | 142 g | 355 g |
| Maple syrup, site estimate | 1.33 | 133 g | 332.5 g |
| Molasses, site estimate | 1.4 | 140 g | 350 g |
| Water for comparison | 1 | 100 g | 250 g |
- Honey, site reference: Illustrative room-temperature estimate
- Maple syrup, site estimate: Different sugar-water composition
- Molasses, site estimate: A distinct syrup with different viscosity
- Water for comparison: 100 mL is about 100 g near room temperature
Teaspoons, tablespoons and cups for {escape(name.lower())}
One metric cup equals 250 mL, while a US customary cup is about 236.59 mL. A metric teaspoon is commonly treated as 5 mL and a metric tablespoon as 15 mL. Do not silently replace a national measuring convention with another.
{spoon}{escape(heading)}
Useful conversions usually start with a practical question: whether a recipe gives only volume, whether a product's form differs, and whether precision matters to the final result.
{distinct}How to measure {escape(name.lower())} more consistently
{tips}For each variation, document whether you used a leveled measure, packed cup or a pre-weighed quantity. This makes comparisons reproducible across batches.
Viscosity, temperature and transfer losses
Honey has a much higher density than water, but its slow movement through a measuring vessel is a question of viscosity rather than mass alone. A thick stream can trap bubbles or cling to the vessel. That makes the amount actually transferred into a recipe less than the amount initially measured.
A reference value of 1.42 g/mL gives 355 g for a metric cup of 250 mL. At the same volume, water is near 250 g and typical olive oil near 227.5 g. The difference is enough that swapping ingredients cup-for-cup in baking can change the mass and the final texture substantially.
If a batch needs 200 g honey, a tared scale is more convenient than trying to guess when the last sticky spoonful has left the jug. If measuring by volume, scrape the vessel and remember that a residue can affect the amount reaching the mixture.
Honey varies in water content, floral source and temperature. A product-specific nutrition label or measured density may justify a slightly different figure from this convenient general-purpose estimate.
Grams to milliliters of {escape(name.lower())}
Going backwards needs the same density assumption. For example, a 100 g amount of {escape(kind)} occupies about {smart_fmt(100/d,2)} mL at {d} g/mL. It is not a statement that all forms of the ingredient take the same amount of space.
{reverse}Worked recipe: honey in a salad dressing
A small dressing may call for two metric tablespoons of honey, or 30 mL total. At 1.42 g/mL that is about 42.6 g. If the bowl is sitting on a scale, weighing 43 g and adjusting to taste may be simpler than trying to empty a sticky spoon completely. The result is a mass estimate that uses a stated density, not an assertion that every honey sample weighs exactly the same.
When you adjust the recipe, preserve the original proportion of liquid ingredients and then taste. Honey contributes more than sweetness: its viscosity affects the dressing's texture and how it combines with oil and vinegar.
Worked recipe: replacing maple syrup
Suppose a granola mixture lists 100 mL honey, approximately 142 g. The same 100 mL volume of maple syrup at the site's 1.33 g/mL reference would weigh around 133 g. Replacing honey with exactly 142 g maple syrup means using approximately 106.77 mL maple syrup instead of 100 mL.
Which approach is correct depends on the recipe's goal. Equal volumes may be adequate for a casual glaze, but matching masses can be a better starting point when you are scaling a precise formulation. Neither guarantees equal sweetness because the composition of the syrups is not identical.
Worked recipe: baking by metric cup
One metric cup is 250 mL. For honey, 250 × 1.42 = 355 g. A US customary cup is slightly smaller at about 236.588 mL, giving around 336 g at the same density. If you read a recipe from another country and casually use a different cup, the difference is close to 19 g before accounting for honey left inside the vessel.
For a sticky ingredient such as honey, a scale reduces both unit ambiguity and residue losses. Use the bowl in which the ingredient will be mixed, reset the display to zero and add honey directly.
How to interpret labels and consistency
A honey jar might list net mass rather than net volume, while a measuring bottle might list milliliters. Those labels describe different properties. If a jar is marked 500 g, you cannot assume it contains 500 mL of honey. At 1.42 g/mL, 500 g corresponds to about 352.11 mL of honey as a rough volume estimate.
Temperature and variety affect how quickly honey pours and how much remains inside the container. If exact transfer matters, weigh the vessel before and after pouring. The difference in mass is what actually entered the recipe.
Questions about {escape(name.lower())} conversion
How many grams are in 100 mL of honey?
Using the stated 1.42 g/mL reference, 100 mL is approximately 142 g. Check the ingredient form and measuring method.
How much is 250 mL of honey?
At 1.42 g/mL, 250 mL is around 355 g. A metric cup is 250 mL; a US customary cup is smaller.
How many mL are in 100 g of honey?
Divide 100 by 1.42. The result is about 70.4 mL, assuming the same bulk density.
Is 1 mL the same as 1 gram?
Not for every food. One milliliter of honey has an estimated mass of 1.42 g in the stated reference; 1 g/mL is an approximation for water.
Why does another honey conversion chart give a different number?
Different brands, forms, temperatures, packing techniques and cup definitions can produce different apparent densities. A 100 mL fill of honey is considerably heavier than the same volume of water. The 1:1 shortcut does not apply.
Should I use a kitchen scale or measuring cup?
A scale measures ingredient mass directly and is generally preferable where a recipe lists grams. A calibrated cup is useful for liquids or rough portions.
References, sourcing and corrections
King Arthur Baking ingredient weight chart (brand-specific reference cup weights); NIST unit factors (US customary/metric volumes); BIPM SI Brochure (measurement conventions). Recipe density presets are working estimates, not independent measurements or endorsements from these institutions.
If you notice a mismatched product density or a confusing variant, please report a correction. See the calculation methodology for how approximate ingredient presets are managed.
More useful conversions
Try mL to cups when a recipe specifies volume, mL to teaspoons for smaller quantities, and the ingredient guide directory for other foods.