The 60+ Names Food
Companies Use to Hide Sugar

Ingredient lists are ordered by weight — the first ingredient is the most abundant. Food manufacturers know this. So when a product would have sugar as the first ingredient if it were listed honestly, they do something clever: they split the sugar into multiple forms, each appearing separately and further down the list.

A granola bar might list: rolled oats, brown rice syrup, cane sugar, dextrose, honey, maltodextrin. Oats is first. Looks healthy. But if you combined all five sugar sources, sugar would be the first ingredient by a significant margin.

This tactic is legal, common, and specifically designed to obscure how much sugar you're consuming. The FDA's "added sugars" disclosure on the nutrition facts panel helps somewhat — but it only became required in 2020, and the ingredient list manipulation continues.

Why This Works on Consumers

Most people recognize "sugar," "corn syrup," and "honey" as sweeteners. Fewer immediately recognize that "maltose," "dextrose," "trehalose," "tapioca syrup," "agave nectar," or "dehydrated cane juice" are also just sugar.

Food manufacturers spend significant research effort finding sweetener names that read as healthy, natural, or low-concern. "Fruit juice concentrate" sounds like a health food. "Cane juice crystals" sounds artisanal. "Brown rice syrup" sounds like it belongs in a health food store. They're all sugar, with varying ratios of glucose, fructose, and sucrose, and varying metabolic profiles — but they're all added sugar that contributes to the same metabolic harms in excess.

The Master List: 60+ Names for Sugar

Here is a comprehensive list of sugar aliases. They fall into several categories:

The "Natural" Sugar Deception

The middle column in that list — the "natural" sugars — deserves special attention because they're most effective at deceiving health-conscious consumers.

Agave nectar is marketed aggressively in natural and health food circles as a "low glycemic" sweetener. While it's true that pure fructose has a lower glycemic index than glucose (because it's processed by the liver rather than raising blood glucose directly), this is not actually an advantage. High fructose intake is directly linked to fatty liver disease, insulin resistance, and metabolic syndrome. Agave nectar is often 70-90% fructose — higher than HFCS.

Coconut sugar is sold as a health food in many stores and contains trace amounts of minerals. But it's about 70-80% sucrose and still raises blood sugar. Calling it "diabetic-friendly" because it has a slightly lower glycemic index than table sugar is a stretch that nutritionists and endocrinologists largely dismiss.

Brown rice syrup gained popularity as a "natural" sweetener in health food products. Two problems: it's nearly all glucose (essentially pure glucose syrup, GI ~98), and as we mentioned in the baby food article, it's one of the highest-arsenic ingredients commonly used in food. It's not just added sugar — it's added sugar with a contamination concern.

Fruit juice concentrate sounds like it should be healthy. After all, fruit is healthy. But when you concentrate juice to remove water, you're left with a concentrated sugar solution stripped of fiber, and much of the beneficial phytonutrients. It's not fruit. It's sugar water with some fruit flavor.

The Ingredient Splitting Tactic in Practice

Here's a real-world example of how this works. Consider a commercial granola bar with these ingredients listed in this order:

Whole grain oats, rice crisps [whole grain brown rice flour, sugar, honey, malt extract], cane sugar, high maltose corn syrup, palm kernel oil, canola oil, brown rice syrup, whole grain wheat flour, soy flour, honey, dextrose, invert sugar, glycerin, natural flavor...

At first glance: oats first. Looks okay. But count the sugar sources: cane sugar, high maltose corn syrup, brown rice syrup, honey (×2 — once in the rice crisps, once standalone), dextrose, invert sugar, and malt extract. That's seven separate sugar entries. Combined, sugar would easily be the first ingredient.

This isn't accidental. The formulation was specifically designed to keep oats at #1 while distributing the sugar burden across enough names that no single entry seems alarming.

How to Spot Hidden Sugar Instantly

A few techniques that cut through the noise:

1. Check the "Added Sugars" line on the nutrition facts panel first. This is the most reliable number because it captures all sugar sources combined. If it's above 10-12g per serving (for a snack), start asking questions.
2. Count how many sugar aliases appear in the ingredient list. One or two is normal. Four or more is a red flag that the product is primarily a sugar delivery vehicle with some other ingredients for texture.
3. Look for sugar in the first three ingredients. Including any aliases. If a sugar appears within the first three positions under any name, sugar is a primary ingredient.
4. Scan for "-ose" endings. Most simple sugars end in "-ose": glucose, fructose, dextrose, sucrose, maltose, lactose, trehalose, galactose. It's an imperfect shortcut but catches a lot.
5. Scan for "-syrup" and "concentrate." Brown rice syrup, corn syrup, barley malt syrup, fruit juice concentrate — anything ending in "syrup" or "concentrate" is almost certainly a sugar source.

The "No Added Sugar" Label Trap

A final note on labels that claim "no added sugar" or "unsweetened." These claims are regulated — manufacturers can't add sucrose, HFCS, or other traditional sweeteners and use these labels. But fruit juice concentrates technically aren't "added sugars" in some regulatory contexts, and many "no added sugar" products are heavily sweetened with fruit juice concentrate. Read the full ingredient list, not just the marketing callout on the front.

"No sugar added" doesn't mean "not sweet" or "low sugar" or "good for diabetics." It means no sugar was added beyond what's naturally present in the ingredients. If those ingredients are apple juice concentrate and grape juice concentrate, you still have a high-sugar product.

What This Means for Your Shopping

The practical implication: you can't just look for the word "sugar" on a label. You have to recognize the entire alias set. That's a cognitive burden most people simply don't have time for in a busy grocery store.

This is exactly the problem FoodPeel solves. Scan a barcode. Know instantly what you're actually eating — including the total sugar picture across all aliases.