Angel Bake™ extracts are measured in drops, not teaspoons. A cup of coffee takes three to five. A cake batter takes a little more. Here is the rate for everything you are likely to make, the drop to teaspoon conversions for when a recipe calls for volume, and the arithmetic behind how far one bottle goes.
- Drinks, ice cream, fillings and frosting: 3 to 5 drops per cup.
- Baking, in batter or dough: 5 to 7 drops per cup.
- A quarter teaspoon is about 50 drops. A half teaspoon is about 100. There are about 40 drops in a milliliter.
- One 2 oz bottle flavors more than 300 cups at the highest rate on this page. Most uses get closer to 500.
- Start low, taste, and adjust. Every base is different, and adding is easy.
The rates on this page are for the Culinary Aromatics® extracts and Pure Infusions™ flavor oils, which are concentrates dosed by the drop. Our vanilla, chocolate and coffee are not concentrates and are dosed completely differently. If that is what you are holding, skip to vanilla, chocolate and coffee.
Start with the rate for what you are making
The rate depends on whether the flavor goes into something you drink, spoon or spread, or something you bake. Everything you do not bake takes 3 to 5 drops per cup of the thing being flavored. Batter and dough take 5 to 7. That is the whole system, and the same rates apply to Culinary Aromatics® extracts and Pure Infusions™ flavor oils.
| What you are making | Rate | Measured against |
|---|---|---|
| Coffee, tea, lattes, lemonade, cocktails | 3 to 5 drops | per cup of the finished drink |
| Ice cream, gelato, frozen desserts | 3 to 5 drops | per cup of base |
| Buttercream, frosting, whipped cream, fillings, custard | 3 to 5 drops | per cup of the filling or frosting |
| Syrup that will be diluted later | 1/4 teaspoon, about 50 drops | per cup of syrup |
| Rose water or orange blossom water you mix yourself | 1/4 teaspoon, about 50 drops | per cup of water |
| Cake batter, cookie dough, bread dough, muffins | 5 to 7 drops | per cup of batter or dough |
Measure against the thing you are adding the extract to, not against the finished product. A quart of ice cream base is four cups, so it takes 12 to 20 drops. A single latte is one cup, so it takes 3 to 5.
Baking takes a little more, and cakes usually want it in the filling
Batter and dough are dense. A cup of cake batter carries far more mass than a cup of coffee, and the flavor has to be tasted through flour, fat, eggs and sugar rather than through water. So the same drops read fainter, and the rate goes up to 5 to 7 per cup to compensate.
For layer cakes and macarons there is a better route than flavoring the batter at all. Put the flavor in the buttercream, the filling or the whipped cream at 3 to 5 drops per cup and leave the cake or shell plain. The flavor sits where the tongue meets it first, it is easier to taste and adjust before assembly, and one batch of neutral shells can carry three different fillings.
A homemade syrup is a concentrate. A cup of it flavors many drinks, so it takes 1/4 teaspoon, about 50 drops, per cup rather than 3 to 5. If you would rather skip the syrup, add the extract straight to the finished drink at 3 to 5 drops per cup and sweeten separately.
Vanilla, chocolate and coffee work differently
Those three are not concentrates. They are made the traditional way, beans steeped in alcohol for months, the same construction as any bottle you would buy elsewhere, and they are dosed the same way everyone else doses them: by what the recipe asks for.
The gap between the two systems is not small. A teaspoon is about 200 drops, so a conventional extract and a concentrate sit roughly forty times apart. Using the drop rates above on a bottle of our vanilla would put almost no vanilla in the bowl.
| What you are doing | What to use |
|---|---|
| Following a recipe | The amount it calls for, one for one. No conversion |
| Replacing a whole vanilla bean | 1 tablespoon |
| Swapping vanilla paste and vanilla extract | The same measurement, either direction |
| Working without a recipe | 1 to a few teaspoons in a sweet batter or custard, then taste |
There is no servings per bottle figure for these. A 2 oz bottle holds about 12 teaspoons, which is a handful of batches rather than hundreds of cups. The more than 300 cups figure further down this page belongs to the concentrates and does not apply here.
The products dosed this way are the Madagascar vanilla extract in both sizes, the Madagascar vanilla paste, the chocolate extract in both sizes and the coffee extract in both sizes. Everything else in the catalog uses the drop rates above.
Treat the rate as a baseline
The rates above are a starting point, not a specification. They are where we would begin, and they are right for most things most of the time. Some recipes will want a little less and some a little more. None of that means the rate is wrong. It means the last adjustment belongs to you and your recipe.
On a first batch it is still sensible to begin at the low end of the range and come up. The baseline is where you are aiming to land, not where you have to start tasting.
Here is what actually moves it, and which way.
| What you are flavoring | Which way to lean | Why |
|---|---|---|
| Assertive flavors: clove, peppermint, anise, thyme, rosemary | Start below the baseline | These carry further at the same dose. It is easier to come up than to pull back |
| Floral flavors: rose, lavender, orange blossom | Start below the baseline | Past a point florals read perfumed rather than stronger, and that is hard to undo |
| High fat: buttercream, ganache, ice cream base, shortbread | A little more, and give it a minute | Fat holds aroma and lets it go slowly, so it reads softer at first and lingers longer |
| Very sweet: frosting, candy, syrup | A little more | Sweetness competes with aroma for your attention |
| Starchy or eggy: custard, pastry cream, pudding, bread | A little more, and judge it once it has set | Starch and protein hold on to aroma |
| Acidic: lemon curd, sorbet, buttermilk bakes, sour candy | Taste after the acid goes in, not before | Acid changes which notes come forward. Floral and citrus shift the most |
| Aerated: whipped cream, mousse, meringue | Start at the low end | Air sets aroma free quickly, so it can read strong straight away and settle down |
| Delicate bases: plain whipped cream, light custard, a subtle crumb | Often a little less | When the flavor is a background note rather than the point, the baseline can be more than you want |
| Anything served cold or frozen | Judge it cold, never warm | Cold blunts aroma. A base that tastes right warm will taste flat frozen |
Why we do not publish a correction factor. We could give you a number to multiply by. It would be made up. The honest version is the table above and your own taste, because the size of the adjustment depends on your recipe, not on our bottle.
Drops to teaspoons, when a recipe wants volume
Our droppers deliver about 40 drops per milliliter. In our own measurements the alcohol based extracts run a little finer than that, around 46 drops per milliliter, and the flavor oils a little heavier, around 39. Using 40 for both keeps the arithmetic simple and, for the extracts, slightly on the safe side. These are the conversions that follow from it.
| Volume | Drops, about | Flavors, at 3 to 5 drops per cup |
|---|---|---|
| 1 milliliter | 40 | 8 to 13 cups |
| 1/4 teaspoon | 50 | 10 to 16 cups |
| 1/2 teaspoon | 100 | 20 to 33 cups |
| 1 teaspoon | 200 | 40 to 66 cups |
| 2 oz bottle (60 ml) | 2,400 | 480 to 800 cups |
Two things worth noticing. A quarter teaspoon flavors a whole two layer cake, which is why a recipe written for a supermarket extract at two teaspoons will badly over flavor if you follow it with ours. And there is no need to count 70 drops into a half sheet. Past about 20 drops, switch to the measured dropper or a quarter teaspoon and work in milliliters.
A quarter teaspoon flavors a whole two layer cake.
Batch sizes: how much for a cake, a quart, a batch of buttercream
Batter volumes below are typical rather than exact. If you know your own batter volume, use that instead. Each row gives the drop range and the measured equivalent to start from.
Cakes and batters, at 5 to 7 drops per cup
| What you are making | Batter, about | Drops | Start with |
|---|---|---|---|
| 12 cupcakes | 3 cups | 15 to 21 | a scant 1/2 ml |
| 9 x 5 loaf | 4 cups | 20 to 28 | 1/2 ml |
| 24 cupcakes or an 8 inch two layer cake | 6 cups | 30 to 42 | a scant 1/4 teaspoon |
| 9 inch two layer, 9 x 13 sheet or 10 inch bundt | 7 cups | 35 to 49 | 1/4 teaspoon |
| Half sheet, 13 x 18 | 14 cups | 70 to 98 | a scant 1/2 teaspoon |
| Full sheet, 18 x 26 | 28 cups | 140 to 196 | a scant 1 teaspoon |
Frosting, fillings and cream, at 3 to 5 drops per cup
| What you are making | Volume, about | Drops | Start with |
|---|---|---|---|
| Buttercream for a two layer cake | 4 cups | 12 to 20 | count the drops |
| Buttercream for a half sheet | 8 cups | 24 to 40 | a generous 1/2 ml |
| Whipped cream, one batch | 2 cups | 6 to 10 | count the drops |
| Ganache or macaron filling | 2 cups | 6 to 10 | count the drops |
Frozen, drinks and syrup
| What you are making | Volume, about | Drops | Start with |
|---|---|---|---|
| Ice cream base, one quart | 4 cups | 12 to 20 | count the drops |
| Single latte, coffee or tea | 1 cup | 3 to 5 | count the drops |
| Pitcher of lemonade or iced tea | 8 cups | 24 to 40 | a generous 1/2 ml |
| Cocktail batch, 20 servings | 5 cups | 15 to 25 | a scant 1/2 ml |
| Simple syrup, one quart, to be diluted | 4 cups | about 200 | 1 teaspoon |
Syrups and floral waters are concentrates, so dose the concentrate
Everything above is measured against the finished thing, a cup of batter, a cup of frosting, a cup of coffee. Syrups and floral waters are different, because nobody eats a cup of syrup. They get diluted again before anyone tastes them, so the rate has to anticipate that dilution or the flavor disappears on the way to the glass.
Both take 1/4 teaspoon, about 50 drops, per cup of the concentrate you are making. That is roughly ten times the rate you would use on a finished drink, and it is correct, because one cup of syrup goes on to flavor somewhere between eight and sixteen drinks.
| What you are making | Per cup | Which lands in the glass at |
|---|---|---|
| Flavored syrup for coffee, tea or cocktails | 1/4 teaspoon, about 50 drops | 3 to 5 drops per finished drink |
| Rose water or orange blossom water | 1/4 teaspoon, about 50 drops | used measure for measure in place of the bought bottle |
You do not have to mix a bottle at all. If a recipe asks for rose water or orange blossom water, count one drop of extract for every teaspoon the recipe calls for. A tablespoon of rose water becomes three drops.
Put back the liquid if the recipe needed it. Three drops replace the flavor of a tablespoon, not the tablespoon of liquid, and in a syrup, a custard or a batter that liquid was doing structural work. In a buttercream or a ganache, leaving it out is the point.
Floral waters are the extreme case of the same idea: the extract runs roughly two hundred times the strength of a bought bottle of rose water. Rose extract vs rose water shows that arithmetic in full, including why the substitution charts you will find elsewhere are written for a much weaker product.
Why one bottle goes so far: the servings math
Servings are a calculation, not a marketing number, so here it is in full. A 2 oz bottle is 60 milliliters. At 40 drops per milliliter that is about 2,400 drops. Divide by the drops you use per cup and you have the cups one bottle flavors.
| Drops per cup | Typical use | Cups per 2 oz bottle |
|---|---|---|
| 3 | a light hand in drinks or cream | about 800 |
| 5 | the top of the drinks and frosting range | about 480 |
| 7 | the top of the baking range | about 340 |
That is why we say more than 300 cups per bottle. It is true even if everything you make is cake batter at the top of the range. Used mostly in drinks and fillings, the same bottle is closer to 500 cups. A gallon holds 64 of those bottles, so for production planning the same arithmetic scales without changing.
The same rates apply to flavor oils
Pure Infusions™ flavor oils are dosed exactly like the extracts: 3 to 5 drops per cup for anything you do not bake, 5 to 7 in batter or dough, about 40 drops per milliliter. The difference is where each one belongs. The oils are built for fat: chocolate, ganache, buttercream, shortbread, caramels, ice cream bases. They are not for beverages, tea or coffee, where they will not disperse.
The extracts are water soluble and go almost anywhere, including chocolate and candy, because they carry no added water. If you are choosing between the two for a recipe, pick by what you are flavoring, then dose both the same way.
Getting it right: a few habits that help
- Start at the low end and taste. Three drops per cup, then add. You can always put more in; you cannot take it out.
- Add extract to the liquid or fat first. A few drops in the milk, the cream or the butter distribute evenly. Drops onto a mound of flour do not.
- Count drops below 20, measure above. Past 20 drops use the graduated dropper in milliliters, or a measuring spoon: a quarter teaspoon is about 50 drops.
- Flavor fillings, not shells. For macarons and layer cakes, put the flavor in the buttercream or filling and keep the shell or sponge plain.
- Taste after it cools. Flavor reads differently hot, so judge a baked item or a syrup once it has come to room temperature before adjusting the next batch.
- Write down what worked. Once a batter or a drink is where you want it, the drop count is your recipe from then on. It will not change bottle to bottle.
These rates are for kitchens, bars and small batch bakers. If you formulate at production volume, the spec sheet for each flavor carries the commercial use levels and the documents your quality team will ask for. Send an inquiry and we will get them to you.
Every 2 oz bottle ships with a dropper. The kit adds a fine mist spritzer for finishing.