Regular wheat atta carries roughly 10 to 12 grams of protein per 100 grams, because wheat itself is only moderately protein-dense. MillD reaches 46g per 100g by blending wheat with soya and peanut, two ingredients that are naturally far more protein-dense than wheat on their own, milled together into a single flour.
The number sounds unusual next to a familiar atta packet, so it is worth actually walking through where each gram comes from.
Start with what each ingredient brings on its own
Wheat, by itself, carries around 10 to 12 grams of protein per 100 grams, similar to what sits in a bowl of cooked rice. Soya is a different order of magnitude entirely. Soybeans carry roughly 36 to 40 grams of protein per 100 grams, closer to what you would find in a serving of chicken breast. Peanuts sit in between, carrying around 25 grams of protein per 100 grams, similar to a serving of paneer.
Picture three containers on a kitchen shelf. One is a jar of wheat flour, one part protein for every eight or nine parts everything else. Next to it sits a jar of soya flour, closer to two parts protein for every three parts everything else. A jar of peanut flour sits between the two. Blend spoonfuls from all three jars into one bowl, and the average protein content of that bowl climbs well above what any single jar held alone.
The actual blending logic
MillD atta comes from wheat, soya, and peanut milled together as whole ingredients, in proportions calculated to land at 46g of protein per 100g of finished flour while still rolling, cooking, and tasting like the roti a household already knows. Think of it like a tailor blending two or three different fabrics into a single weave, aiming for a fabric that holds a specific weight and texture rather than simply layering one on top of another.
This is also why the amino acid story and the raw protein number reinforce each other rather than existing separately. Wheat alone tends to fall short on certain essential amino acids, the building blocks the body cannot make on its own. Soya and peanut fill in exactly where wheat runs light, the way three ingredients with different strengths cover for each other's gaps in a recipe. The blend was chosen for both the protein quantity and the amino acid balance at the same time.
Familiar ingredients, not anything exotic
Nothing about this blend involves a lab-grown isolate or an unfamiliar ingredient. Wheat, soya, and peanut are three of the most commonly eaten foods in India already, each with its own long-standing place in Indian cooking. Soya chunks show up in everyday sabzis. Peanuts show up in chutneys, chikki, and countless regional dishes. MillD's approach is closer to combining three familiar pantry staples into one flour than inventing something new from scratch.
This is similar to how a mixed dal, say a combination of moong, masoor, and chana, ends up more nutritionally rounded than any single dal eaten alone, simply because each lentil brings something slightly different to the pot. The atta works on the same principle, just applied to flour instead of lentils.
What 46g per 100g means at roti scale
A typical roti uses about 25 to 30 grams of dry atta. Scaled down from the 46g-per-100g figure using the same maths (protein per 100g, multiplied by flour weight, divided by 100), a stack of 3 rotis works out to close to 46g of protein in total, the protein equivalent of a standard protein powder scoop, already built into a meal that was going to be eaten anyway. Your own exact number will depend on how thick or thin your roti is rolled, which is exactly why per-100g is the figure worth anchoring on.
In short
• Wheat alone carries roughly 10 to 12g of protein per 100g. Soya carries roughly 36 to 40g. Peanut carries roughly 25g.
• Blending all three into one flour, in calculated proportions, lifts the combined protein content to 46g per 100g, the way mixing spoonfuls from three differently concentrated jars raises the average of the whole bowl.
• The blend also balances amino acids, since soya and peanut fill in exactly where wheat runs short, working together rather than existing side by side.
• All three ingredients, wheat, soya, and peanut, are already common in Indian kitchens, so the flour combines familiar staples rather than introducing anything new.
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