Sweeteners

Selecting a sweetener is not a matter of picking the sweetest option. It is a matter of matching delivery mechanism, bulk contribution, thermal behaviour and regulatory position to the product you are actually making. Three decisions drive almost every choice in this category. First, whether you need bulk or intensity. A zero-sugar beverage needs bulk to carry body and mouthfeel; a tabletop sweetener needs only intensity. Second, how much of your product's structure depends on the sugar being reactive — reducing sugars drive Maillard browning and hold moisture, and removing them changes baking and caramelisation behaviour completely. Third, whether a polyol is acceptable given your tolerance positioning, since polyols above roughly 50 grams per person per day produce recognised gastrointestinal effects. The most common failure we see is a project that substitutes aggressively without retesting water activity. Water activity governs shelf life, and removing reducing sugars changes it. A shelf-stable product can become marginally stable, which is a commercial problem before it is a safety one.

A note on blended systems

Most successful reduced-sugar formulations are not single-substituent. They combine a polyol for bulk, a high-intensity sweetener for the remaining intensity gap, and a small retained fraction of a reactive sugar to preserve browning and moisture behaviour. The ratio between those three is what determines whether the finished product tastes acceptable, and it almost always needs bench work rather than a calculation.

We are not able to publish a claim that any of these ingredients is safe for people with diabetes or suitable for a specific sugar-reduction claim. That determination belongs to your regulatory function, against the rules applicable in your market. What we will do is supply the documented composition so your assessment has real data to work from.