Meala is pitching meat processors a single-ingredient pea binder after a 42% beef patty matched the flavor of a 100% beef burger in a blind comparison. The ingredient targets blended burgers that need shorter labels without losing the meat flavor meat eaters expect.
Using ‘Savory,’ Meala’s texturizing pea protein, the test patty also came closer to beef in chewiness than a methylcellulose-based blend. In Europe, DSM-Firmenich sells the ingredient as ‘Vertis PB Pea.’ Meala now produces it in France and Germany, with enough capacity expected in 2027 to displace the equivalent of 1,400 metric tons of eggs annually.
A single-ingredient binder with European supply turns clean-label blended meat into a formulation change processors can buy, not just a laboratory claim. Replacing conventional binders with pea protein reduces additive-heavy recipes and widens where the same protein can fit, from hybrid meat products to plant-based lines.
Image Credit: Yuval Gruda
What Makes This Trend Stand Out
- Clean-label Binders
- Single-ingredient binders create room for meat processors to simplify ingredient panels while preserving familiar taste and texture in hybrid products.
- Hybrid Meat Formulation
- Blended meat formats are evolving beyond sustainability positioning as pea protein systems make reduced-beef patties more acceptable to conventional meat consumers.
- Egg Replacement Proteins
- Savory pea-based texturizers signal new possibilities for replacing animal-derived binders across processed foods without relying on additive-heavy formulations.
Sectors Adopting This
- Meat Processing
- Clean-label pea binders give processors a scalable way to reformulate burgers and prepared meats while maintaining sensory expectations.
- Plant-based Food
- Improved protein texturization expands the versatility of plant-based ingredient platforms across both fully vegan and hybrid meat applications.
- Food Ingredients
- European production of functional pea proteins strengthens supply options for manufacturers seeking recognizable, multifunctional alternatives to methylcellulose and eggs.
