ViciaGEL

Pregelatinised Fava Bean Flours for Binding, Hydration and Texture

ViciaGEL is a pregelatinised fava bean flour designed for manufacturers looking for cold-water functionality from a pulse-based ingredient.

Its water absorption and texture-building characteristics make it relevant to bakery, snacks, fillings, coatings, ready meals and other formulations in which hydration or binding is required before a complete cooking step.

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Nutritional properties

Nutritional values per 100 gram of product.

Calories 349 Kcal
Carbohydrates 58 g
Protein 32 g
Total Fat 1 g
Fiber 7 g
Cholesterol 0 g

Nutritional values are indicative and may vary between available variants and can be subject to change.
Always request the latest up-to-date specification for the selected variant.

A selection of our available variants

ViciaGEL FB27

A pregelatinised fava bean flour combining the characteristic fava bean profile with instant functionality and a short texture.

Frequently asked questions

How should the cold-water absorption of ViciaGEL pregelatinised fava bean flour guide formulation trials?

If your formulation needs early water uptake or texture development, ViciaGEL pregelatinised fava bean flour is a relevant option to evaluate. Its specified water absorption index can help you shortlist it for cold-process or limited-cook systems, but that value does not establish the required dosage or finished-product consistency.

Test the ingredient in your intended recipe and focus on hydration, mixing behaviour, texture and processability. The result may change with water level, shear and interactions with other ingredients, so finished-product performance must be confirmed in application trials.

Our team is happy to provide product-specific technical information and sample-selection support. We can help you define the hydration and texture criteria that matter most to your first trial.

How does ViciaGEL pregelatinised fava bean flour differ from ViciaNAT native fava bean flour?

Choose between the two technologies according to when you need the ingredient to function. ViciaGEL pregelatinised fava bean flour is intended for formulations where cold-water absorption and early viscosity or binding are relevant. A native fava bean flour normally depends more strongly on the customer’s cooking or processing conditions to develop functionality.

The ingredients are not automatically interchangeable, even though both are based on fava beans. Compare hydration, particle profile, texture development and process behaviour rather than assuming an equal-weight replacement.

Our experts can help you compare native and pregelatinised fava bean options. Together, we can identify the technology and trial conditions that best match your formulation objective.

Can ViciaGEL pregelatinised fava bean flour be evaluated for reducing almond content in pastry fillings?

If you are exploring a lower-almond pastry filling, ViciaGEL pregelatinised fava bean flour merits a controlled comparison with your current recipe. An Ebro Ingredients application trial used it to replace part of the almond component while producing a spreadable filling that remained suitable for baking and freezing under the tested conditions.

However, almond type, fat and sugar balance, water content, mixing and baking conditions may all affect texture and flavour. Useyour current filling as the control and assess spreadability, bake stability, moisture retention and sensory quality.

Our application team can support a focused filling trial. We will help you establish realistic comparison and acceptance criteria for your recipe.

How should the particle profile of ViciaGEL pregelatinised fava bean flour be considered during application testing?

When texture, dispersion or powder handling matters, include the particle profile of ViciaGEL pregelatinised fava bean flour in your trial design. The confirmed grade has a relatively coarse and broad particle distribution, so it should not be evaluated as though it were a fine native flour or protein powder.

Particle information can guide sample selection, but it does not predict smoothness, hydration rate or finished-product structure on its own. Test the ingredient using your intended mixing equipment and assess whether the particle profile suits the required texture and processing method. Do not infer application equivalence from particle size alone.

Our team can provide grade-specific physical information and help you define the dispersion, hydration and texture checks for evaluation.

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