Is Mono- and Diglycerides of Fatty Acids (E471) Vegan?

Also known as: Monoglycerides, Diglycerides, Glycerol monostearate

Depends on Source

Last checked 29 Jul 2026 How we decide

E471 depends on the supplier. Mono- and diglycerides are made from either vegetable oil or animal fat, lard and tallow included, and EU rules do not require the source to be declared. Contacting the manufacturer is the only way to settle it, and bread, ice cream, and coffee creamer are where the question comes up.

Which animal, and does it die

Comes from: cattle or pig, via tallow or lard
Requires slaughter: Yes

Vegetarian depends on the source

From a mammalRelevant to alpha-gal syndrome
Pig is a common sourceRelevant to halal and kosher diets

These flags describe sourcing. They are not an allergen assessment, and a vegan label is not a free-from claim. If you have an allergy, read the allergen declaration on the pack.

Ingredient Data

Vegan Status

Depends on Source

E-Number

E471

Also Known As

Monoglycerides; Diglycerides; Glycerol monostearate

Source

Can be derived from animal fats (lard, tallow) [not vegan] or vegetable oils (soy, palm, sunflower) [vegan]. Source is almost never declared on the label. Used as an emulsifier to improve texture.

Commonly Found In

Bread, margarine, peanut butter, ice cream, chewing gum, baked goods, coffee creamers.

Vegan Alternative

No direct equivalent — contact the manufacturer to ask about the fat source.

Additional Notes

One of the most common hidden animal-derived ingredients in processed food. In the EU, the source does not need to be declared. Some brands use palm-derived mono/diglycerides (technically vegan but with deforestation concerns). Contacting the manufacturer directly is the only reliable method.

In depth

How Mono- and Diglycerides Are Made

Mono- and diglycerides are produced industrially through glycerolysis. In that process, fats or oils are heated with glycerol, usually in the presence of an alkaline catalyst. The reaction rearranges the triglycerides that make up all fats into a mixture of monoglycerides and diglycerides, which are effective emulsifiers because one end of the molecule attracts water while the other attracts oil.

The starting fat can be almost anything. Soybean oil, palm oil, sunflower oil, canola oil, lard, and beef tallow are all used. Once the reaction is complete, the resulting molecules are essentially the same regardless of origin, which is why routine testing of a finished product cannot determine whether the emulsifier came from a plant or an animal. Many manufacturers further purify the mixture by molecular distillation to produce distilled monoglycerides, a more concentrated form widely used in bread and margarine. Cost and regional availability drive the choice of source fat, and dietary considerations play no part. Suppliers may switch sources between production runs without any change to the finished label.

Why the Ingredient List Does Not Reveal the Source

On ingredient lists, this additive appears as "mono- and diglycerides," "mono- and diglycerides of fatty acids," "glycerol monostearate," or simply "E471" in the European Union. None of these names indicates whether the source fat was vegetable or animal. In both the United States and the EU, the additive's origin is not treated as material to food safety or allergen labeling, so manufacturers are under no obligation to disclose it.

Certification marks offer partial clues. A kosher pareve symbol indicates the product contains no meat or dairy derivatives, which effectively rules out lard and tallow. A certified vegan logo is the only label-level guarantee that the emulsifier is plant-derived. Halal certification is less conclusive, since fats from halal-slaughtered animals are permitted. Absent any of these marks, the only way to confirm the source is to contact the manufacturer directly, and even then formulations can change over time.

Products Where People Are Surprised to Find It

Bread is one of the products most likely to catch people off guard. Mono- and diglycerides are used in commercial sandwich bread, buns, and rolls as dough conditioners and anti-staling agents, which means an apparently plant-based staple can carry an ingredient of uncertain origin. Flour tortillas and wraps use them for the same reasons.

Beyond baked goods, the additive appears in peanut butter, where it keeps the oil from separating. In margarine and spreads, it stabilizes the emulsion. In ice cream, whipped toppings, and coffee creamers, it improves texture and aeration. Chewing gum bases frequently include it as a softener. Mono- and diglycerides also appear in some products marketed as plant-based or dairy-free, such as non-dairy creamers and vegan margarines. In those cases the emulsifier is generally plant-derived, since an animal-derived version would contradict the product's positioning, but a vegan certification mark is the only way to be certain from the packaging alone.

Vegan Alternatives and Workarounds

There is no single drop-in replacement. Mono- and diglycerides perform several jobs at once: emulsification, crumb softening, and fat stabilization. The closest plant-based functional relatives are lecithins (E322), derived from soybeans or sunflower seeds, which manufacturers use for similar emulsifying purposes. Some producers substitute other plant-derived emulsifiers, or simply use plant-sourced E471 itself, which is fully vegan even though it carries the same name on the label.

For consumers, the practical alternative is product selection. Certified vegan versions of bread, margarine, and ice cream either use plant-derived mono- and diglycerides or avoid the additive entirely. In home cooking, the additive is simply unnecessary: homemade bread, nut butters, and baked goods hold together without industrial emulsifiers, and lecithin granules or aquafaba can cover many common emulsifying tasks. When a specific packaged product matters, contacting the manufacturer remains the only way to verify the source of the E471 it contains.

Frequently asked questions

Are mono- and diglycerides vegan?

Sometimes. Mono- and diglycerides can be made from vegetable oils such as soy, palm, or sunflower, or from animal fats such as lard and tallow, and the label does not say which. Much of the industrial supply is plant-derived, but the ingredient list gives no way to confirm the source. Only a certified vegan label or direct confirmation from the manufacturer settles the question.

Is E471 the same as mono- and diglycerides?

Yes. E471 is the European Union additive number for mono- and diglycerides of fatty acids, so an ingredient list showing "E471" refers to the same emulsifier. Like the written-out name, the E number gives no information about whether the source fat was plant or animal.

Are mono- and diglycerides in bread?

Yes, very commonly. Commercial sandwich bread, buns, rolls, and tortillas often contain mono- and diglycerides as dough conditioners and anti-staling agents. Bread baked from scratch or from a simple flour-water-yeast-salt recipe does not need them, so artisan and homemade loaves are usually free of the additive.

How can I tell if mono- and diglycerides are plant-based?

You cannot tell from the ingredient list alone. The source is not required to be declared in the US or the EU. A certified vegan logo guarantees a plant source, and a kosher pareve mark rules out lard and tallow. Otherwise, contacting the manufacturer directly is the only reliable method.

Are mono- and diglycerides dairy?

No, mono- and diglycerides are not considered a dairy ingredient. The purified additive contains no lactose or milk protein, and the source fat is typically a vegetable oil or an animal fat such as lard or tallow. The vegan concern with this ingredient is the possible animal fat, not dairy.

What can I use instead of mono- and diglycerides?

Soy or sunflower lecithin covers many emulsifying tasks in baking, and aquafaba works in some applications as well. In home cooking a substitute is rarely needed, since the additive exists mainly to extend shelf life and stabilize industrial-scale recipes. When buying packaged food, choosing certified vegan products is the simplest way to avoid animal-derived E471.

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