Innovate with confidence
Humans are wired to seek sweetness. Food companies are paid to deliver it. For seventy years the industry has tried to find a substitute that tastes like sugar, behaves like sugar, and carries none of its weight. Allulose is the first one that does.
The world has become too calorie positive. Sugar is the easiest ingredient to adjust.
The food industry has only gravitated towards sweetness as the fundamental characteristic, nothing else.
The easiest place to take calories out is sugar. Every food company knows this. Most have tried. The graveyard of attempts is long: saccharin, aspartame, sucralose, acesulfame-K, stevia, monk fruit, erythritol, xylitol, maltitol, sorbitol, tagatose. Each solves part of the problem and creates another.
The high-intensity sweeteners, two hundred to six hundred times sweeter than sugar, leave a bitter trail and a lingering aftertaste. They do not bulk, do not brown, do not behave. The polyols bulk well but cool the mouth, ferment in the gut, and cap out at low replacement levels before the side effects show. Stevia took two decades to reach the mainstream and is still being reformulated as new glycosides arrive. Jaggery is half the calories of sugar at roughly the same price, but the health story is folklore, not science, and nobody believes it any more.
Allulose has everything.
It has all the sweetness, bulking, caramelisation, texturisation, crystalline structure, preservative properties, and osmotic potential of sucrose.
Allulose is a monosaccharide, the same family as glucose and fructose, found in figs, raisins and wheat. The sweetness rises at the same speed, peaks the same way, and finishes clean. No bitter tail. No cooling effect. No off-note.
The body does not metabolise it. About seven in ten grams pass through the small intestine and leave the body unchanged. What remains contributes 0.4 calories per gram, against four for ordinary sugar. Blood glucose does not rise. Insulin does not respond.
It is 70% as sweet as sucrose, which means a small adjustment in dosage. Everything else carries over. One kilo of sugar in a recipe becomes one kilo of allulose in the bowl.
It can take much less time for a big company to reformulate with allulose
Sugar in a biscuit is not just sweet. It browns the crust, holds the moisture, sets the texture, controls the spread, lengthens the shelf life. Pull it out and the biscuit collapses. Most sweeteners cannot stand in for any of this. Allulose stands in for all of it.
It browns through the Maillard reaction, the same chemistry that gives sugar its colour and caramel its flavour. It bulks one-to-one with sucrose, so dry ratios hold and the formula does not have to be rebuilt. It depresses the freezing point, which is why ice cream made with allulose stays scoopable from the freezer. It is stable from pH 3 to 8, through UHT processing at 140°C, through baking, through conching. It dissolves in cold water at over three times its weight. It does not crystallise out, does not separate, does not fight the formula.
Erythritol has bulk, but the function is poor. It does not dissolve well, it crystallises in the fridge, in a cheesecake it sinks to the bottom. So even at commodity prices, formulators keep looking for something better.
How allulose stacks up.
Screenshot this. Send it to your formulation team.
| Property | Allulose | Erythritol | Stevia |
|---|---|---|---|
| Sweetness vs sucrose | 70% | 65% | 200 to 300× |
| Aftertaste | None | Mild | Bitter |
| Cooling effect | None | Pronounced | None |
| Maillard browning | Full | None | None |
| Bulking (1:1 with sugar) | Yes | Partial | No |
| Freeze-point depression | Like sucrose | Limited | None |
| pH stability | 3.0 to 8.0 | Stable | Variable |
| Protein masking | Good | Moderate | Poor |
| Calories | 0.4 kcal/g | 0.2 kcal/g | 0 kcal/g |
Where allulose works.
Indian dairy. Indian mithai. Indian bakery. Indian beverages. These are not trial categories. They are the categories that consume the most sugar per kilo of finished product, and have the most to gain from taking it out.
| Application | Use Level | Function |
|---|---|---|
| Yoghurt, set and stirred | 5 to 12% | Holds viscosity; stable at pH 4.2 to 4.6 |
| Flavoured milk and UHT | 4 to 8% | Clean dissolution; survives UHT |
| Ice cream and frozen dessert | 5 to 10% | Lowers freeze point; keeps it scoopable |
| Paneer-based mithai | 8 to 15% | Browns at lower temperatures; bulks 1:1 |
| Bakery and wafers | 10 to 25% | Controls water activity; gives natural colour |
| Beverages | 3.5 to 8% | Stable across the pH range; clean label |
The new 'clean label'
Clean-label through a different lens: Hyaluronic Acid was unknown a decade ago, today it is a key ingredient in the beauty industry because it works.
For most of the last fifty years, alternative sweeteners have been sold on what they are not: not sugar, not fattening, not glycaemic. The argument was negative. Allulose is the first that lets food companies make a positive argument. It is a sugar. It tastes like sugar. It works like sugar. It just happens to carry almost no calories.
The Japanese have used allulose across two thousand SKUs for two decades. American brands like Chobani, Quest and Magic Spoon have built whole product lines on it. India is now open.
What you get from Hexicose.
We are not a manufacturer pretending to be a marketing company. We are a Mumbai-based ingredient distributor with one key product to reduce sugar in any recipe.
There are six FSSAI licenced importers of allulose into India. Hexicose is the only one that is focussed primarily on allulose as a platform for wider opportunities.
Reduce sugar, not taste.