What Is Buffalo Ghee? Meaning, Nutrition & How to Use It

Part of our Complete A2 Ghee Guide. See the full picture of A2 ghee sourcing, purity, and buying advice.

Quick answer: Buffalo ghee is clarified butter made from water buffalo milk instead of cow milk. It's pale white to light yellow, denser and richer in fat than cow ghee, and has a stronger, more pronounced flavour. It's traditionally the ghee of choice for mithai, heavy curries, and deep frying, where its higher fat content and thicker texture hold up better than cow ghee's lighter profile.

Key takeaway: Buffalo ghee isn't a lesser or lower-grade version of cow ghee. It's simply made from a different animal's milk, with a genuinely different fat composition, colour, and culinary use case. Neither is objectively better; they're suited to different dishes.

Who this guide is for: Anyone who's seen "buffalo ghee" on a label or menu and isn't sure what actually separates it from the more commonly discussed cow ghee. Read this before choosing between the two for a specific dish, or if you're just curious what you'd be switching to. It supports two use cases directly: picking the right ghee for festive cooking or deep-frying versus everyday meals, and understanding a buffalo ghee jar you already own. GHRAAM is a Delhi-based D2C brand selling A2 Bilona ghee, including a Desi Buffalo Ghee variant, and this is a plain explainer, not a sales pitch for one type over the other.

What Is Buffalo Ghee, Exactly?

Buffalo ghee is ghee made from the milk of water buffalo (Bubalus bubalis) rather than cow's milk. The production process is otherwise the same: milk is turned into curd or cream, churned into butter, and slow-cooked until the water evaporates and the milk solids separate out, leaving pure clarified butterfat behind. What changes is the starting material, and buffalo milk is different enough from cow milk that the finished ghee comes out noticeably different too.

In India, buffalo milk actually accounts for a substantial share of total milk production, with breeds like Murrah, Jaffarabadi, Surti, Mehsana, and Bhadawari among the most common dairy buffalo. Buffalo ghee has always had its own dedicated following, particularly in North Indian and Punjabi households, rather than being a secondary product to cow ghee.

How Buffalo Ghee Differs From Cow Ghee

A few genuine, measurable differences separate the two:

	Cow Ghee	Buffalo Ghee
Colour	Golden yellow, from beta-carotene	Pale white to light yellow
Fat content	Lower	Higher
Texture	Lighter, more granular (especially Bilona-made)	Smoother, firmer at room temperature
Flavour	Milder, more delicate	Stronger, more pronounced
Best for	Daily cooking, dals, rice, drizzling	Mithai, heavy curries, deep frying

Peer-reviewed research bears this out at a chemical level too. A 2022 study in the Journal of Food Science and Technology measured physico-chemical parameters, including fat composition and colour values, and confirmed cow and buffalo ghee are genuinely distinguishable on these measures, not just by appearance or marketing description. For a full breakdown by life stage and use case, including which is better for babies, athletes, and weight management, see our Cow Ghee vs Buffalo Ghee guide.

Is Buffalo Ghee Also A2?

Yes. Buffalo milk is naturally and exclusively A2, since buffalo don't carry the A1 beta-casein gene variant at all. This isn't a sourcing choice a brand makes; it's simply true of buffalo milk generally. For the full genetic explanation, including genotyping research and how this compares across cow breeds, see our Cow Ghee vs Buffalo Ghee guide.

What Is Buffalo Ghee Traditionally Used For?

Buffalo ghee's higher fat content and richer flavour make it the traditional pick for mithai (Indian sweets), heavy curries, and deep frying, where its density and body hold up well under high heat and heavy spicing. If you grew up around festival cooking or halwai-style sweets in North India, the deep, distinct taste of buffalo ghee is likely what you associate with those dishes specifically, rather than the lighter, more everyday character of cow ghee.

That said, plenty of households simply use buffalo ghee for daily cooking too, particularly where a richer, more filling fat is preferred. It's not confined to festive use; it's a genuine, standalone cooking fat in its own right.

For example: We get this question often enough that it's worth stating plainly here too: buyers comparing our combo packs regularly ask why the buffalo ghee isn't labelled 'A2' the way the cow varieties are, not because it's missing something, but because the term simply doesn't apply the same way to buffalo milk.

Frequently Asked Questions

What is buffalo ghee made from?

Buffalo ghee is made from water buffalo milk, using the same clarification process as cow ghee: the milk is turned into curd or cream, churned into butter, then slow-cooked until pure milk fat remains.

Is buffalo ghee healthier than cow ghee?

Neither is objectively healthier. Buffalo ghee has more fat and a denser texture, which suits high-energy needs and richer cooking, while cow ghee is lighter and easier to digest for daily use. The right choice depends on what you're using it for, not one being superior.

Why is buffalo ghee white and cow ghee yellow?

Cow milk contains beta-carotene, a plant pigment that gives cow ghee its golden colour. Buffalo milk has very little beta-carotene, so buffalo ghee comes out pale white to light yellow instead.

Is buffalo ghee A2?

Yes. Buffalo milk is naturally and exclusively A2, since buffalo don't carry the A1 beta-casein gene variant found in some cow breeds at all. This is true of buffalo milk generally, not a specific sourcing claim.

What is buffalo ghee best used for?

Traditionally, mithai, heavy curries, and deep frying, where its higher fat content and richer flavour hold up well. It also works fine for daily cooking in households that prefer a denser, more filling fat.

Read Next

• Cow Ghee vs Buffalo Ghee: Which Should You Buy?
• A2 Buffalo Ghee: Nutrition, Traditional Uses & What's Different
• What Is Bilona Method Ghee, and Why It Matters