Names for Added Sugar: Syrups, Sweeteners, and Ingredient Terms
Author: Ukrainian Psychological Hub · Published: September 29, 2026 · Editorial Policy
Added sugar does not have one secret code name. On U.S. food labels, it can appear under familiar ingredient terms such as sugar, cane sugar, brown sugar, sucrose, dextrose, glucose, fructose, corn syrup, high-fructose corn syrup, malt syrup, honey, molasses, maple syrup, agave syrup, invert sugar, and some fruit or vegetable juice concentrates. The important qualification is that an ingredient name alone does not always tell you whether every gram belongs in the regulatory Added Sugars line. Context matters.
The most reliable approach is to use the ingredient list to identify the source of sweetness and the Nutrition Facts panel to identify the amount of Added Sugars per serving. Under FDA rules, Added Sugars are already included within Total Sugars. They are not an extra number to add on top of Total Sugars.
This guide focuses on ingredient names, syrups, sweeteners, and labeling language. For the broader concept and regulatory definition, see Added Sugar: What It Is, Where It Hides, and How Labels Count It. For the broader vocabulary of sugars and sweeteners beyond added sugar, see Names for Sugar: Common Terms on Food and Ingredient Labels.
Quick Answer: Common Names for Added Sugar
These are common ingredient terms that can represent added sugars when they are added to a food or beverage as caloric sweeteners. The list is practical rather than a claim that every term behaves identically in every regulatory context.
Sugar and crystalline sugar names
• Sugar
• Cane sugar
• Brown sugar
• Raw sugar
• Turbinado sugar
• Demerara sugar
• Muscovado sugar
• Sucrose
• Dextrose or corn sugar
• Glucose
• Fructose when added as an ingredient rather than naturally occurring within an intact food
• Maltose
• Lactose when added as an isolated ingredient rather than naturally occurring in milk or dairy
Syrups and liquid sweeteners
• Corn syrup
• High-fructose corn syrup
• Glucose syrup
• Malt syrup
• Rice syrup or brown rice syrup
• Cane syrup
• Invert syrup or invert sugar syrup
• Maple syrup
• Agave syrup or agave nectar
• Sorghum syrup
Other concentrated caloric sweeteners
• Honey
• Molasses
• Fruit or vegetable juice concentrates in circumstances where FDA rules classify the contribution as Added Sugars
The USDA National Agricultural Library Thesaurus gives an authoritative vocabulary example that includes brown sugar, cane sugar, corn sugar, corn sweetener, corn syrup, dextrose, fructose when not naturally occurring, fruit juice concentrates, glucose, high-fructose corn syrup, honey, invert sugar, lactose when not in milk or dairy, maltose, malt syrup, molasses, raw sugar, sucrose, and turbinado sugar under added sugars.
That vocabulary is useful, but food-label interpretation still requires context. A chemical name such as fructose can describe a sugar naturally present inside fruit or an ingredient added during formulation. The word is the same; the regulatory role is different.
What Counts as Added Sugar on a U.S. Food Label?
The U.S. Food and Drug Administration defines Added Sugars as sugars added during food processing, foods packaged as sweeteners, sugars from syrups and honey, and certain sugars from concentrated fruit or vegetable juices. FDA's consumer guidance also makes the central distinction explicit: naturally occurring sugars in milk, fruits, and vegetables are part of Total Sugars but are not Added Sugars merely because they are chemically sugars.
This is why the word “added” describes how a sugar enters a food or how a sweetener is packaged and used, not a unique molecule. Sucrose in a sugar bowl and sucrose naturally present in a plant are chemically the same disaccharide. The labeling category depends on the food context.
FDA's more detailed industry resources for the Nutrition Facts label explain that the definition covers free mono- and disaccharides added during processing, sugars from syrups and honey, and specified concentrated juice sugars, while also providing exceptions for particular juice-concentrate situations.
On the Nutrition Facts panel, the words “Includes X g Added Sugars” mean exactly that: those grams are already contained within the Total Sugars number. A product listing 12 g Total Sugars and 8 g Added Sugars contains 12 g total, not 20 g. For a deeper comparison, see Total Sugar vs Added Sugar: What Nutrition Labels Mean.
A Practical Ingredient-Name Guide
Sugar, cane sugar, and sucrose
Plain “sugar” on an ingredient list usually refers to sucrose. Cane sugar is also predominantly sucrose; the cane designation tells you the plant source, not a fundamentally different sugar molecule. Brown sugar, raw sugar, turbinado, demerara, and muscovado are forms of sugar that differ in processing, crystal size, moisture, molasses content, flavor, and appearance.
When these ingredients are added to a multi-ingredient food, their sugar contribution is part of Added Sugars. Their color, source, or less-refined image does not remove them from the category.
Dextrose, glucose, fructose, and maltose
Dextrose is a common food-industry name for D-glucose. Glucose, fructose, and maltose are individual sugars that can appear as ingredients. If a manufacturer adds them as caloric sweetening ingredients, the relevant contribution belongs within Added Sugars.
The same names can also describe sugars that occur naturally in foods. Fructose in intact fruit is not reclassified as Added Sugars simply because the molecule is fructose. Lactose naturally present in milk follows the same logic.
Corn syrup and glucose syrup
Corn syrup is a glucose-rich syrup made from cornstarch hydrolysis. It is not the same ingredient as table sugar, and ordinary corn syrup is not automatically the same as high-fructose corn syrup. When corn syrup is added to a product, its qualifying sugar contribution is relevant to Added Sugars.
The chemistry and kitchen functions of corn syrup differ from crystalline sucrose. For composition, crystallization, sweetness, and use differences, see Sugar vs Corn Syrup: Composition, Sweetness, and Uses.
High-fructose corn syrup
High-fructose corn syrup, usually abbreviated HFCS, is a corn-derived sweetener in which some glucose has been enzymatically converted to fructose. It is a caloric sweetener and counts toward Added Sugars when used in a food or beverage.
“Corn syrup” and “high-fructose corn syrup” should not be treated as interchangeable names. They are related ingredients with different carbohydrate profiles.
Honey, maple syrup, molasses, and agave
Honey, maple syrup, molasses, and agave syrup are concentrated sweetening ingredients. Natural origin, traditional use, color, or botanical provenance does not make their sugar contribution disappear from the Added Sugars framework when they are used as sweeteners in a product. FDA explicitly includes sugars from syrups and honey in its Added Sugars definition.
Single-ingredient packages are a special presentation case. A jar of honey or bottle of maple syrup is not described as though someone added a second sweetener to it. FDA allows special labeling presentation so consumers can understand the product's contribution to the Daily Value without creating that implication. This is a presentation rule, not evidence that honey or maple syrup is outside the broader added-sugar concept.
Invert sugar and invert syrup
Invert sugar is produced when sucrose is hydrolyzed into glucose and fructose. Food makers use it for sweetness, moisture retention, texture, and control of crystallization. When it is added as a sweetening ingredient, it contributes to Added Sugars.
For the chemistry and manufacturing role, see Invert Sugar: What It Is, How It Is Made, and Why Food Makers Use It.
Fruit and vegetable juice concentrates
This is one of the most important places where internet lists become too crude. “Fruit juice concentrate” is not a universal yes-or-no synonym for added sugar.
FDA's detailed guidance treats juice concentrates according to how concentrated juice sugars are used and how much sugar they contribute relative to the same volume of 100% single-strength juice. Certain excess concentrated juice sugars count as Added Sugars, while defined reconstitution and juice-percentage situations are treated differently. The FDA industry guidance is the appropriate source for the exact regulatory conditions.
So a label reader can treat juice concentrate as a cue to investigate, but the ingredient name alone does not justify assuming that every gram of sugar from every juice-concentrate use must be counted identically.
The Name Is a Clue; the Added Sugars Line Is the Quantity
Ingredient lists answer a source question: what ingredients are in the product? Nutrition Facts answers a quantity question: how much Total Sugar and Added Sugar is present per labeled serving?
Under U.S. labeling rules, ingredients are generally listed in descending order of predominance by weight. The FDA overview of food ingredients explains this ordering principle. That makes the top of an ingredient list useful for understanding which ingredients contribute the most weight before cooking or processing changes.
But ingredient order cannot tell you the exact grams contributed by each sweetener. Two products can use the same sugar ingredients in different proportions, and a product can use several sweeteners at once. The Nutrition Facts Added Sugars line consolidates qualifying added sugars into one number per serving.
This is why memorizing dozens of “hidden sugar” aliases is less reliable than combining the two parts of the label: use ingredient names to recognize sources, then use the Added Sugars declaration to understand quantity.
For where added sugars commonly appear in everyday foods and why they can escape attention, see Hidden Sugar: Where Added Sugars Appear in Everyday Foods.
Why a Product May List More Than One Sugar
Food formulation is functional. Manufacturers may combine sweeteners because different sugars and syrups change sweetness intensity, water activity, browning, viscosity, crystallization, freezing behavior, texture, aroma release, color, shelf stability, or cost. A syrup can do something in a candy, baked product, sauce, cereal bar, or frozen dessert that dry sucrose alone does not do in exactly the same way.
Multiple sweeteners can also affect ingredient-list appearance because each ingredient is listed separately according to its own weight. That can make a product's sweetener system cognitively harder to scan than a single line reading “sugar.”
It is reasonable to describe this as a comprehension problem. It is not evidence, by itself, that a manufacturer deliberately tried to deceive consumers. Intent cannot be inferred merely from the presence of several sweeteners. The Nutrition Facts Added Sugars line exists partly to reduce the need for consumers to mentally aggregate all qualifying sugar sources.
Added Sugar vs Total Sugar vs WHO Free Sugars
Three terms are often collapsed online even though they answer different questions.
Total Sugars
Total Sugars is the U.S. Nutrition Facts amount that includes naturally occurring sugars plus Added Sugars. It has no separate U.S. Daily Value because it combines sugar from very different food contexts.
Added Sugars
Added Sugars is the FDA category used on the U.S. Nutrition Facts label. It focuses on sugars introduced during processing or packaged as sweeteners, with specific rules and exceptions.
Free sugars
The World Health Organization uses the public-health term free sugars for monosaccharides and disaccharides added by manufacturers, cooks, or consumers, plus sugars naturally present in honey, syrups, fruit juices, and fruit juice concentrates. See the WHO guideline on sugars intake.
That WHO definition is broader in an important way: sugar naturally present in unsweetened 100% fruit juice can be a free sugar under WHO terminology even when it is not an FDA Added Sugar. The concepts overlap, but they are not interchangeable.
For the regulatory comparison, see Free Sugar vs Added Sugar: WHO and FDA Definitions Explained.
Tricky Terms That Are Often Misclassified
Does every ingredient ending in “-ose” mean added sugar?
No. The “-ose” ending is a useful clue for many carbohydrates, but it is not a regulatory decision rule.
Glucose, fructose, sucrose, maltose, and lactose are sugars. Yet whether their contribution is Added Sugars can depend on whether the sugar is naturally occurring in the food or was added as an ingredient. Other names complicate the shortcut further. Sucralose is a high-intensity sweetener, not sucrose. Cellulose is a polysaccharide, not a simple sugar. Allulose is a monosaccharide with special FDA labeling treatment.
Use the name as a starting clue, then identify the ingredient's class and the label context.
Is maltodextrin added sugar?
Maltodextrin is exactly the kind of ingredient that shows why blanket “names for sugar” lists fail. It is a starch hydrolysate, not simply another synonym for table sugar.
FDA's Nutrition Facts labeling Q&A explains that ingredients produced through controlled hydrolysis, including maltodextrin and corn syrup, can contain mono- and disaccharides. The mono- and disaccharides contributed by such ingredients must be declared as Added Sugars when the ingredient is added to the product under the relevant rule. That does not mean the entire maltodextrin ingredient should be casually renamed “added sugar.”
The precise statement is therefore: maltodextrin can contribute sugars that count toward Added Sugars, but maltodextrin itself is not a simple one-word synonym for sugar.
Are corn syrup solids added sugar?
Corn syrup solids are dried starch-hydrolysis products. As with related hydrolyzed carbohydrate ingredients, the regulatory question concerns the sugars they contribute, not whether every gram of the whole ingredient can be linguistically relabeled as “sugar.”
For label interpretation, trust the Nutrition Facts Added Sugars declaration rather than trying to calculate a product's grams from the ingredient list alone.
Is lactose added sugar?
Naturally occurring lactose in milk and ordinary dairy ingredients contributes to Total Sugars but is not Added Sugars merely because lactose is chemically a sugar.
FDA's detailed labeling Q&A distinguishes naturally occurring lactose from isolated lactose used as an added ingredient. Added isolated lactose can contribute to Added Sugars. Again, the chemical name does not settle the regulatory context.
Is “evaporated cane juice” another name for sugar?
FDA has specifically addressed this terminology. Its guidance on ingredients declared as evaporated cane juice states that “evaporated cane juice” is not the common or usual name for this type of sweetener and recommends using “sugar,” with an appropriate truthful descriptor when needed.
The practical lesson is larger than one phrase: ingredient wording can carry imagery about fruit, juice, rawness, or naturalness that is psychologically different from the plain word “sugar,” even when the ingredient functions as a sugar sweetener.
Is allulose added sugar?
Allulose is a sugar molecule, but current FDA treatment is unusual. Under FDA's enforcement approach, allulose is included in Total Carbohydrate while it may be excluded from Total Sugars and Added Sugars because it is metabolized differently from traditional sugars. The FDA allulose page explains this special treatment.
This is another reason the visual rule “sugar-looking name equals Added Sugars” is unreliable.
Sweetener Is Not the Same as Added Sugar
“Sweetener” is a broader functional category than “added sugar.” A substance can make a food taste sweet without belonging to the Added Sugars line.
FDA's regulatory materials explicitly use “sweetener” broadly enough to include caloric and non-caloric sweeteners and sugar alcohols. The FDA sweeteners overview and high-intensity sweeteners page are useful anchors for these distinctions.
Sugar alcohols
Sugar alcohols, also called polyols, include ingredients such as erythritol, xylitol, sorbitol, maltitol, mannitol, and lactitol. They are carbohydrates used for sweetness and other technical functions, but they are not simply added sugars under the Nutrition Facts Added Sugars line.
High-intensity sweeteners
Aspartame, sucralose, saccharin, acesulfame potassium, certain purified steviol glycosides used as stevia sweeteners, and monk fruit-derived sweeteners are examples of high-intensity or non-sugar sweeteners. They may be listed in ingredients, yet their presence does not mean a product contains Added Sugars from those substances.
A product can contain both
A food can contain sucrose and sucralose, corn syrup and stevia-derived sweetener, or sugar plus a polyol. The ingredient list can therefore contain several kinds of sweetness technology at once. Reading every sweet-tasting ingredient as “another added sugar” produces category errors.
How Ingredient Names Shape Perception
Ingredient terminology does more than identify chemistry. Words also act as cues. People often make rapid judgments from familiar associations: fruit sounds wholesome, raw sounds minimally processed, natural sounds safer, and syrup can sound either artisanal or industrial depending on the name attached to it.
A randomized series of experiments by Sütterlin and Siegrist found that labeling fructose with the German equivalent of “fruit sugar” increased perceived healthiness compared with the more neutral term “sugar.” The experiments do not establish that every U.S. ingredient term produces the same effect, but they demonstrate a general psychological mechanism: semantic framing can alter health judgments even when the underlying nutrient information does not justify a corresponding difference.
A broader review by Plasek, Lakner, and Temesi found that communicated information, ingredient cues, organic origin, packaging, and related factors can influence perceived food healthiness. In sugar labeling, this helps explain why words such as cane, raw, organic, fruit, honey, or agave may create a health halo that goes beyond what the name alone can establish nutritionally.
A health halo is not a diagnosis or a claim that consumers are irrational. It is a normal shortcut in judgment: one salient positive attribute can influence the overall impression of a product. The antidote is not suspicion of every label. It is separating source, quantity, and nutritional context.
Label Comprehension: Why Added Sugar Is Hard to Read
Food labels ask readers to integrate several kinds of information at once: serving size, grams, percent Daily Value, Total Sugars, Added Sugars, ingredient order, and unfamiliar ingredient names. This creates a small but real cognitive workload.
A systematic review and meta-analysis by Scapin and colleagues found that interpretive sugar-label formats generally improved consumer understanding compared with numerical information alone, and some interpretive formats influenced lower-sugar choices. The review covered multiple label designs and settings, so it supports the general principle that presentation format matters rather than one universal best label.
In a U.S. randomized experiment with 2,509 adults, Khandpur, Graham, and Roberto found that displaying added-sugar information with additional interpretive context improved understanding more than grams alone. The study also found that label formats did not uniformly change purchase intentions. Better comprehension and changed behavior are related, but they are not the same outcome.
Serving-size information adds another layer. A scoping review by Van der Horst and colleagues reported recurring consumer misunderstanding of serving-size information, including confusion between a labeled serving and a recommended amount. That matters because the grams of Added Sugars are reported per labeled serving.
The psychological conclusion is straightforward: a technically accurate label can still be hard to use when the reader must perform category recognition, arithmetic, and serving-size interpretation under time pressure.
Natural, Raw, Organic, Cane, and Fruit: What These Words Can and Cannot Tell You
Source and processing words can be meaningful. Cane sugar comes from sugar cane rather than sugar beets. Honey comes from bees. Maple syrup comes from maple sap. Raw and minimally refined sugars can retain compounds that influence color and flavor. Organic labels communicate production standards.
Those facts do not create a general exemption from Added Sugars. If a concentrated caloric sweetener is added to a food, a natural-sounding source term does not by itself move its sugars into the naturally occurring category.
This distinction is especially important in products marketed with provenance, craft, organic, fruit, or “clean label” language. The marketing cue and the Nutrition Facts category answer different questions.
A good label reader can value provenance or flavor while still reading the Added Sugars line literally. Taste preference, culinary use, cultural meaning, and nutrient labeling can coexist without being forced into one judgment.
Does “No Added Sugar” Mean There Is No Sugar?
No. A product can contain naturally occurring sugars while containing no Added Sugars. Plain milk contains lactose. Whole fruit contains glucose, fructose, and sucrose. Unsweetened 100% fruit juice can contain substantial Total Sugars while its relationship to FDA Added Sugars differs from WHO free-sugars terminology.
That is why “no added sugar” and “sugar-free” are not interchangeable claims. The first concerns whether qualifying sugars were added; the second is a separate nutrient-content claim governed by its own criteria.
The same logic prevents a common error in reverse: a product can have an innocent-sounding ingredient list and still contain meaningful Added Sugars. The front-of-package story is not a substitute for the Nutrition Facts panel.
A 30-Second Method for Reading Sugar on a Label
You do not need to memorize every sugar synonym. Use a consistent sequence.
• 1. Check the serving size. The sugar numbers are tied to that labeled amount.
• 2. Read Total Sugars. This is the total amount of sugars per serving, including naturally occurring and added sugars.
• 3. Read “Includes X g Added Sugars.” This is the subset of Total Sugars that FDA classifies as added under U.S. labeling rules.
• 4. Read the % Daily Value if it is useful for comparing products in the context of the U.S. reference value.
• 5. Scan the ingredient list for the sources: sugar, cane sugar, dextrose, syrups, honey, molasses, concentrates, and other sweeteners.
• 6. Separate sugar sweeteners from sugar alcohols and high-intensity sweeteners. A sweetener is not automatically an added sugar.
• 7. Treat naturalness words as descriptive cues, not as substitutes for the quantitative label.
This method turns the ingredient list into a map of sources and the Nutrition Facts panel into the measurement layer. It is faster and more accurate than trying to infer grams from names alone.
Common Myths About Sugar Names
Myth: Manufacturers can completely hide added sugar by using another name
A less familiar name can make recognition harder, but U.S. packaged foods still have ingredient-list and Nutrition Facts requirements. Qualifying added sugars are consolidated in the Added Sugars declaration even when several source ingredients are used.
Myth: Every syrup is nutritionally identical
Syrups differ in composition, water content, flavor, viscosity, mineral traces, and food function. Their use as caloric sweeteners can place their sugars within added/free-sugar frameworks, but that does not make the ingredients chemically or technologically identical.
Myth: Natural sugar names are automatically healthier
Naturalness can shape perception, but a source word is not a complete nutritional evaluation. Added sugar status depends on labeling definitions and food context, not on whether the ingredient sounds traditional, artisanal, botanical, or minimally processed.
Myth: Artificial sweetener and added sugar mean the same thing
They describe different classes. A high-intensity sweetener can produce sweetness with little or no sugar contribution, while an added sugar is a caloric sugar that falls within the regulatory category.
Myth: The more sugar names on the ingredient list, the more grams of sugar the food must have
Ingredient count does not equal sugar quantity. Three sweeteners used in small amounts can contribute less Added Sugars than one sweetener used heavily. The Nutrition Facts panel provides the quantitative answer.
Evidence Status
Established: FDA definitions distinguish Total Sugars from Added Sugars; Added Sugars are included inside Total Sugars; ingredients are listed by predominance; “sweetener” is broader than “added sugar”; WHO free sugars and FDA Added Sugars are overlapping but different concepts.
Established with ingredient-specific regulatory nuance: honey, syrups, added mono- and disaccharides, isolated lactose, hydrolysis-derived sugars, and juice concentrates require attention to the exact FDA rule rather than a generic internet list.
Supported psychological evidence: label format, serving-size interpretation, and semantic framing can change understanding and perceived healthiness. Systematic-review evidence supports meaningful effects on comprehension, while effects on actual purchasing or long-term dietary behavior are more variable.
Context-dependent: the effect of words such as natural, raw, fruit, cane, or organic depends on the product, population, label design, and surrounding information.
Oversimplified: “everything ending in -ose is hidden added sugar,” “every syrup is the same,” “maltodextrin is just sugar,” and “natural sweeteners do not count as added sugar.”
Frequently Asked Questions
What are the most common names for added sugar?
Common names include sugar, cane sugar, brown sugar, sucrose, dextrose, glucose, fructose when added, corn syrup, high-fructose corn syrup, malt syrup, invert sugar, honey, molasses, maple syrup, agave syrup, and qualifying fruit or vegetable juice concentrates. The ingredient name should be interpreted alongside the Nutrition Facts Added Sugars line.
Is honey an added sugar?
In FDA's Added Sugars framework, sugars from honey are included. Single-ingredient honey has special label-presentation rules so the package does not misleadingly suggest that another sugar was added to the honey.
Is maple syrup added sugar?
Maple syrup is treated as a single-ingredient sugar or syrup in FDA labeling guidance and contributes to the Added Sugars Daily Value framework. It also has special presentation rules when sold by itself.
Is agave nectar added sugar?
When agave syrup or nectar is added to a food as a caloric sweetener, its sugars function as added sugars. The word “agave” describes source; it does not create a separate naturally occurring-sugar category inside the finished multi-ingredient product.
Is fruit juice concentrate added sugar?
Sometimes. FDA uses a more specific rule than the internet shorthand “juice concentrate equals added sugar.” Whether concentrated juice sugar is declared as Added Sugars depends on how the concentrate is used and the amount relative to the sugar expected from the same volume of 100% juice of the same type.
Does every ingredient ending in -ose count as added sugar?
No. Many sugars end in -ose, but the suffix alone does not establish the labeling category. Context determines whether glucose, fructose, or lactose is naturally occurring or added, while names such as sucralose and allulose illustrate why the shortcut fails.
Is maltodextrin an added sugar?
Maltodextrin should not be treated as a one-word synonym for added sugar. FDA guidance explains that mono- and disaccharides contributed by controlled-hydrolysis ingredients such as maltodextrin can need declaration as Added Sugars when the ingredient is added.
Are sugar alcohols added sugar?
No. Polyols such as erythritol, xylitol, sorbitol, maltitol, mannitol, and lactitol are sweeteners and carbohydrates, but they are not simply counted as Added Sugars.
Are artificial or high-intensity sweeteners added sugar?
No. Aspartame, sucralose, saccharin, acesulfame potassium, and other high-intensity sweeteners are separate from the Added Sugars category.
Is lactose an added sugar?
Naturally occurring lactose in milk is not Added Sugars. Isolated lactose added as an ingredient can contribute to Added Sugars under FDA rules.
Is evaporated cane juice really juice?
FDA guidance says “evaporated cane juice” is not the common or usual name for this sweetener and recommends “sugar,” with an appropriate truthful descriptor if needed.
Why do ingredient lists use several different sugars?
Different sweeteners can serve different formulation functions, including sweetness, flavor, texture, browning, viscosity, moisture management, and crystallization control. Multiple names also increase the cognitive effort required to recognize the total sweetener system, but the ingredient list alone does not prove deceptive intent.
Should I add Total Sugars and Added Sugars together?
No. Added Sugars are already included within Total Sugars. The word “Includes” on the U.S. Nutrition Facts label signals this nested relationship.
Is WHO free sugar the same as FDA Added Sugar?
No. The categories overlap, but WHO free sugars also include sugars naturally present in fruit juices and fruit juice concentrates. FDA Added Sugars is a U.S. labeling category with different rules.
Bottom Line
The phrase “names for added sugar” is useful only when it is treated as a label-reading tool rather than a secret-alias game. Sugar can appear as sugar, cane sugar, sucrose, dextrose, glucose, fructose, corn syrup, high-fructose corn syrup, honey, molasses, malt syrup, invert sugar, maple syrup, agave, and qualifying juice concentrates. But ingredient names require context.
The strongest reading strategy is simple: use the ingredient list to identify sources, the Nutrition Facts panel to measure Added Sugars per serving, and FDA definitions to resolve edge cases. Keep sugar alcohols and high-intensity sweeteners in their own categories. Keep WHO free sugars distinct from U.S. Added Sugars. Treat naturalness language as a cue that can shape expectation, not as a substitute for the quantitative label.
That approach answers the ordinary consumer question—what names should I look for—while avoiding the false precision of internet lists that classify every unfamiliar carbohydrate or every sweetener as “hidden sugar.”