Beverages

Our beverage solutions deliver crisp, fast-onset sweetness with full solubility and no lingering aftertaste. Formulated for RTD, carbonated, and functional drinks consumers come back for.

Sugar Does More in a Beverage Than You Think

Beverage formulation looks like the easiest place in food manufacturing to reduce sugar. There is no crumb to protect, no browning to preserve, no crystallization to manage. Remove the sucrose, add a high-intensity sweetener, done.

It is not that simple, and the reason is that sugar was doing four jobs in the bottle.

Sweetness, obviously. Body, because a 10% sugar solution has a viscosity and a mouth-coating quality that water does not. Flavor carriage, because sweetness is one of the primary signals the brain uses to assemble a flavor perception. And preservation, because dissolved solids lower water activity.

Take the sugar out and you get a drink that tastes thin, finishes fast, and reads as watery even when the flavor system is unchanged. That is the problem this page is about.

What Breaks, and What Fixes It

Choosing a Sweetener for Beverage Formulation

Beverages are the least forgiving application for a high-intensity sweetener. There is no fat to carry off-notes, no baked flavor to hide behind, no texture to distract. Whatever the sweetener does, the drinker tastes.

Clear and carbonated systems

Purity matters most here. Reb A grades at 98 to 99% and Reb A with Reb M blends perform where any bitterness is exposed. SteviaSweet RA98, RA99 and RA99M are the beverage workhorses.

Protein and dairy beverages

Protein introduces bitterness that a sweetener has to work around. Reb M grades bring dairy and botanical masking that Reb A cannot match, which is why RM95 and RM95D dominate this segment.

Functional, botanical and nootropic drinks

The active is the problem. Botanical extracts, mushroom actives, vitamins and minerals all carry harshness that cannot be formulated away without diluting efficacy. This is where modulation earns its cost, because it improves perception without touching the active load. Our paper on modulation in botanical, mushroom and nootropic beverages covers the approach.

Energy drinks

Caffeine is bitter, and the flavor systems are usually aggressive enough to need a sweetener that holds its own. RA98 and monk fruit blends both perform.

The Body Problem

This is the failure mode nobody warns you about. A reduced-sugar beverage can be perfectly sweet and still taste wrong, because the mouthfeel is gone.

Three ingredients solve it, and they solve it differently.

Glycerin at 0.5 to 3% adds viscosity and a mouth-coating quality, binds water, and rounds the sweetness curve. It is the most direct lever and the one most formulators underuse.

Gum acacia is the clear-beverage answer: highly soluble, low viscosity at use level, no clouding, and it contributes dietary fiber for a label claim. PHGG suits functional and medical nutrition where tolerance matters.

Allulose and tagatose both add real solids and sweetness at a fraction of sugar's calories, and allulose syrup handles liquid systems directly.

Sweetness That Fades Too Fast

High-intensity sweeteners peak and drop off faster than sucrose. In a bite of food that matters less. In a sip of a drink held in the mouth, the difference is obvious.

Thaumatin sustains sweet receptor activation, which lengthens the tail into something closer to a sugar curve. At 15 to 35 ppm in most beverage systems, it costs very little and changes the finish materially.

It also helps with a subtler problem. When sweetness fades mid-sip, the brain loses one of the primary inputs supporting flavor intensity, and the whole profile reads flatter even though the aroma compounds are unchanged. Sustained sweetness keeps the flavor perceptible longer.

Solubility and Processing

Beverage systems reward finer particle sizes. Our 100 and Ultra grades at 80 to 120 and 130 to 170 mesh dissolve faster and more completely than standard crystalline, which matters in cold-fill and high-throughput lines.

Liquid formats matter too. KetoseSweet® Syrup, allulose liquid blends, Nectevia® and Thaumatiq™ LX can all be metered rather than weighed, which removes a dissolution step and improves dosing accuracy at parts-per-million inclusions.

Steviol glycosides and mogrosides are both stable through pasteurization, retort and extended shelf life, across the pH range beverages typically run.

Building the System

Most reduced-sugar beverage formulation ends up using three things rather than one: a high-intensity sweetener for sweetness, a bulk or body agent for mouthfeel, and often a modulator for the finish.

That combination is what we build. Tell us the format, the sugar reduction target, the label constraints and where the current formulation falls short, and our team will develop the system and mill it to your process specification. See custom blends and formulation support.

Related applications: dairy beverages and frozen where protein masking and freeze point both apply, and liquid supplements where the actives drive the bitterness problem.

Sugar Free Drinks Without the Compromise

The category has a reputation problem, and it was earned. Early sugar free drinks tasted like sugar free drinks. Purified Reb M, allulose, monk fruit blends and thaumatin modulation have changed what is achievable, and the gap between a well-formulated reduced-sugar beverage and a full-sugar one has narrowed considerably. Blind qualitative panel work on SteviaSweet RM95 found a sweetness profile closely comparable to sugar in water, with only minor differences in sweet aftertaste.

Getting there is a formulation problem rather than an ingredient problem, which is why we work on the system rather than selling you a bag.

Samples in 24 to 48 Hours

Every ingredient on this page ships as a sample with full documentation, and we hold no minimum order. Beverage formulation rewards bench trials, and a sample answers the mouthfeel and finish questions faster than any spec sheet.