Walk through any Indian supermarket's health food section and three claims appear on virtually every product: "Low Fat," "Sugar-Free," and "High Protein." They are so omnipresent that they have become background noise — accepted as meaningful without being interrogated, triggering purchase decisions without being understood.
Each of these claims has a specific legal definition under FSSAI regulations. Each definition permits the claim to be made on products whose overall nutritional quality may be questionable. And each is routinely used in ways that create impressions significantly more favourable than the full ingredient and nutrition picture warrants.
This blog decodes all three — giving you the regulatory definition, the nutritional reality behind the typical products carrying the claim, and the specific questions to ask when you encounter each one.
"Low Fat" — The Claim That Replaced Sugar With the Problem It Claimed to Solve
The Regulatory Definition
Under FSSAI's Food Safety and Standards (Advertising and Claims) Regulations, 2018, a "Low Fat" claim is permitted when a food contains 3g or less of total fat per 100g (for solid foods) or 1.5g or less per 100ml (for liquid foods).
What It Means in Practice
The low fat threshold is achievable through multiple formulation strategies — and the most common one in practice is to reduce fat and increase sugar and refined carbohydrate, which restores the palatability that fat reduction removes.
Low-fat biscuits and crackers typically achieve their fat reduction by replacing butter or oil with refined wheat flour and additional sugar. The result: a product with reduced fat that has a higher sugar content, a higher glycemic index, less satiety per calorie, and a nutritional profile that is, for most metabolic purposes, worse than the full-fat original.
The low-fat claim was born from the fat-is-bad hypothesis that dominated nutritional consensus from the 1970s through the 1990s. That hypothesis has been substantially revised — the evidence that dietary fat per se drives cardiovascular disease or obesity is much weaker than initially believed, and the evidence that refined carbohydrates and sugar do is much stronger. Yet the "low fat" claim persists, activating the lingering cultural association between fat and health harm.
What to Ask When You See It
What has the fat been replaced with? Check the ingredient list for sugar, dextrose, corn syrup, or any refined carbohydrate that has been increased to compensate for the removed fat. Check the sugar content on the nutrition panel — a low-fat product with 15g of sugar per serving is metabolically worse than a full-fat product with 5g of sugar.
What fat was originally present? If the fat being reduced was butter, cold-pressed oil, or nuts — genuinely nutritious fat sources — the reduction may be removing nutritional value rather than a metabolic risk.
Is the satiety adequate? Fat is the most satiating macronutrient per gram. Low-fat products are systematically less filling than full-fat equivalents — which is why research consistently shows that people eat larger portions of low-fat products than they would of full-fat equivalents, partially or fully eliminating the caloric advantage.
The Bottom Line
"Low Fat" is a specific, regulated claim that tells you one thing: the total fat is below a threshold. It tells you nothing about sugar content, glycemic index, protein adequacy, fiber content, or overall nutritional quality. In most packaged snack applications, low-fat is a flag to investigate more carefully rather than a signal of nutritional virtue.
"Sugar-Free" — The Claim That Redefines Sugar Rather Than Removing It
The Regulatory Definition
FSSAI's claim regulations permit the "Sugar-Free" claim when a food contains no more than 0.5g of sugars per 100g of food. "Sugars" in this context means sucrose, glucose, fructose, lactose, and maltose — the sugars that are counted in the "total sugars" row of the nutrition panel.
Critically: the sugar-free claim does not address sweetness, glycemic impact, or total carbohydrate content. A product can be sugar-free and still contain: maltodextrin (GI 95–105 — higher than glucose), sorbitol or maltitol (sugar alcohols that raise blood glucose), artificial sweeteners, and refined carbohydrate from non-sugar sources that still spike blood glucose significantly.
What It Means in Practice
Sugar-free biscuits and snacks targeted at diabetics and weight management consumers typically replace sucrose with one or more of the following:
Maltitol — a sugar alcohol with approximately 75% of sucrose's sweetness and approximately 50–60% of its glycemic impact. Not negligible. In people with diabetes or insulin resistance, maltitol produces meaningful blood glucose responses that the "sugar-free" claim does not signal. Maltitol also causes gastrointestinal discomfort (bloating, diarrhoea) at the quantities used in commercial products — the reason "excessive consumption may have a laxative effect" appears in small print on many sugar-free products.
Sucralose or aspartame — non-caloric artificial sweeteners. These are genuinely zero-glycemic but carry the gut microbiome disruption concerns described in the sugar alternatives blog. A sugar-free product using these sweeteners is glycemically better than a sugar-containing equivalent but not metabolically neutral in all respects.
Steviol glycosides (stevia extract) — the most appropriate choice among common sugar-free sweeteners, with the mixed-evidence gut microbiome picture described previously.
The refined carbohydrate base remains: The most important thing that "sugar-free" does not address is the glycemic impact of the refined flour base that most sugar-free biscuits use. A sugar-free biscuit made with maida — the base ingredient of most commercial sugar-free products — still has a high glycemic index from the maida itself, entirely independently of the sweetener. The blood glucose spike from a sugar-free maida biscuit is almost identical to that of a standard maida biscuit with sucrose — because the maida-driven glucose spike is larger than the sweetener-related glucose contribution.
What to Ask When You See It
What sweetener has been used? Maltitol in any significant quantity means the product still has a meaningful glycemic impact. Stevia is meaningfully better. Artificial sweeteners are glycemically neutral but carry other considerations.
What is the base carbohydrate? If the first ingredient is refined wheat flour, the product is primarily a refined carbohydrate food regardless of its sweetener — and its glycemic impact is primarily determined by the flour, not the sweetener.
What is the total carbohydrate per serving? A sugar-free product with 25g of total carbohydrate from refined flour in a single serving produces a significant blood glucose response through the starch pathway even if the sucrose is genuinely zero.
The Nutramore Approach
The reason Nutramore's Sugar-Free Toddler Combo uses the "sugar-free" description meaningfully rather than as regulatory terminology is that it addresses the base ingredient as well as the sweetener: the cookies are made from whole millet and pulse flours (ragi, moong, rice) — genuinely low-GI bases — with no sucrose or any added sweetener at all. The sweetness comes from the jaggery trace in some cookies, or simply from the natural sweetness of the millet and pulse base. This is sugar-free in the meaningful sense: genuinely low glycemic because the entire food is formulated around blood sugar stability.
The Bottom Line
"Sugar-Free" tells you that sucrose and common sugars are below 0.5g per 100g. It does not tell you about the sweetener used, the glycemic impact of the sweetener, or the glycemic impact of the food's base carbohydrate. For diabetics and pre-diabetics specifically — the population most likely to be choosing sugar-free products — the base ingredient and total carbohydrate are more important numbers than the sugar-free claim.
"High Protein" — The Claim That Counts Grams Without Asking About Quality
The Regulatory Definition
FSSAI permits the "High Protein" claim when a food provides at least 20% of its energy from protein. For a 100-calorie snack, this means at least 5g of protein. This threshold is measurable — but it is also achievable by products whose protein contribution to real-world nutrition is modest, and it says nothing about the source or quality of the protein.
What It Means in Practice
The "High Protein" claim is the most actively exploited of the three in the current Indian market, driven by the growing consumer awareness that protein matters for satiety, muscle health, and metabolic function.
The protein source problem: A product can meet the FSSAI protein threshold from isolated soy protein, pea protein isolate, or whey protein concentrate — all of which are heavily processed, stripped of the fiber and micronutrients present in whole food protein sources, and less effective at stimulating the satiety hormone response than equivalent protein from whole pulses, millets, and nuts. A "high protein" biscuit whose protein comes from isolated soy added to a refined flour base is nutritionally very different from a snack whose protein comes from whole green gram or moong dal — even if both meet the "high protein" regulatory threshold.
The sugar-protein paradox: Many Indian protein bars and protein cookies contain 15–20g of protein alongside 20–30g of sugar. The protein claim is accurate. The sugar load simultaneously undermines the insulin-stabilising benefit that the protein is supposed to provide. The two macronutrients are working against each other in the same product.
Serving size manipulation: The "high protein" threshold is calculated as a percentage of energy per 100g. A product can meet the threshold in a 100g serving while providing only 8–10g of protein in a realistic 40g serving portion — a contribution that is meaningful but not what "high protein" implies to most consumers.
Caloric density: Many high-protein packaged snacks are calorie-dense — 300–400 calories per serving. Consumed as a casual snack rather than as a planned meal, they add a caloric contribution that significantly exceeds the satiety benefit their protein provides, particularly when the protein-satiety pathway is partially undermined by the product's sugar content.
What to Ask When You See It
What is the protein source? Whole pulse, whole grain, or nut — protein from a whole food source with intrinsic fiber and minerals. Or isolated protein added to a refined base — processing output without the nutritional co-benefits of whole food protein.
How many grams of protein in a realistic serving — not per 100g? If the label shows 20g of protein per 100g but a realistic serving is 40g, the actual protein delivery is 8g — meaningful but not "high protein" in the way the front-of-pack claim implies.
What is the sugar alongside the protein? Above 10g of sugar per serving in a protein-marketed product indicates the sugar-protein paradox that undermines the protein's metabolic benefit.
Is the protein complete? A single plant protein source without amino acid complementation may be deficient in one or more essential amino acids, reducing the effective protein synthesis it can support. Millet-pulse combinations provide complete protein; isolated single plant proteins may not.
The Nutramore Approach
The protein content in Nutramore's products comes from whole ingredients: 32g from whole green gram in Green-Gram Upma Premix, 30g from the jowar-pulse combination in Jowar Chilla Mix, 18g from whole dal blend in Baked Protein Sticks. The protein in each comes with its intrinsic fiber, B vitamins, zinc, and the complete amino acid profile produced by millet-pulse complementation — not from isolated protein added to a refined base.
The protein numbers are stated on the products — not as front-of-pack "high protein" marketing badges, but as factual nutritional information in the nutrition panel that the consumer can verify against realistic serving sizes.
The Bottom Line
"High Protein" tells you that at least 20% of the food's energy comes from protein. It tells you nothing about whether that protein is from whole food or isolated industrial sources, whether it is complete or incomplete, what the sugar content is alongside the protein, or what the realistic per-serving protein contribution is at normal consumption quantities.
A Unified Framework: What to Do With These Three Claims
When you encounter any of these three claims on a packaged food product, apply the same three-question framework:
Question 1: What is the regulatory definition and threshold? Now you know all three. Use this as the starting point for evaluation, not the ending point.
Question 2: What has been added or substituted to achieve the claim? Low fat — what replaced the fat? Sugar-free — what sweetener is used, and what is the base carbohydrate GI? High protein — what is the protein source, and what accompanies it?
Question 3: Does the rest of the label (ingredient list, full nutrition panel, realistic serving size) support or undermine the impression the claim creates? This is the question that the ingredient list answers and the front-of-pack claim cannot.
Applying these three questions takes 90 seconds per product. It consistently reveals the gap between claim impression and nutritional reality — and it consistently directs you toward products whose nutritional quality is self-evident in the ingredient list rather than asserted in the marketing claims.
Final Thoughts
"Low Fat," "Sugar-Free," and "High Protein" are three of the most powerful claims in Indian food marketing because they activate genuine and legitimate consumer concerns: excess dietary fat, sugar's metabolic harms, and protein adequacy. The claims are not false — they are precisely, narrowly true, calibrated to activate concern without fully satisfying it.
The protection against their misleading use is not distrust of all labelling. It is the specific knowledge of what each claim means, what it doesn't mean, and what questions to ask on the basis of that knowledge. That knowledge is what this blog has provided.
Use it every time these claims appear. The two minutes it takes to look past them to the ingredient list is one of the most reliable returns on time available in the grocery aisle.
Explore Nutramore's whole-ingredient, transparent-label range at nutramore.in/our-products
