The Erythritol Reckoning: What Now for BFY Formulators?

Summary Erythritol was once the gold standard for sugar reduction—clean taste, low glycemic impact, functional bulk, and formulation flexibility. But tariffs, anti-dumping rulings, and mounting scientific scrutiny have dramatically altered its risk profile. With prices volatile and new research raising concerns about cardiovascular and metabolic implications  The Erythritol Reckoning, better-for-you Read more…

FroCo* Has Entered the Chat

Why Frozen Cottage Cheese is the Next Legit Platform, and How to Formulate it Without Screwing it Up Summary Frozen cottage cheese, or “FroCo*,” is emerging as a serious new platform in frozen desserts, driven by the convergence of protein-forward eating, sugar reduction, GLP-1 behavior shifts, and clean-label expectations. Rather Read more…

Breaking It Down to Build It Better: The Hydrolysis Advantage Behind FibRefine™ HG

Summary Hydrolysis may sound like a lab term, but it’s one of the cleanest design tools in modern formulation. This white paper explains how controlled enzymatic hydrolysis transforms traditional guar gum into FibRefine™ HG, a low-viscosity, water-soluble fiber that delivers prebiotic benefits without the thickness, slime, or off-notes that often limit Read more…

The Sweetener Cage Match

Aspartame, Sucralose, Ace-K v. MonkSweet™ MV50, SteviaSweet™ RebM, and SteviaSweet™ RM95D A formulator-to-formulator field guide, sensory, stability, synergy, and the real-world gotchas that show up at scale. Summary In a market where sweetness is easy but a true sugar-like experience is increasingly hard to deliver, The Sweetener Cage Match steps beyond ingredient Read more…

A Tale of Two Fibers

Comparing PreBiotica™ Chicory Root Inulin and FibRefine™ Soluble Tapioca Fiber Under Acid and Heat Stress Summary Formulators often treat chicory root inulin and soluble tapioca fiber as interchangeable prebiotic tools, but under acid and heat stress, their behavior tells a very different story. In acidic beverage systems processed at pH Read more…