CicerGEL

If your formulation requires hydration or binding before a complete cooking step, CicerGEL pregelatinised chickpea flour is the more relevant technology to evaluate. CicerNAT native chickpea flour retains native-flour behaviour and usually depends more strongly on the cooking or processing conditions to develop functionality.

The two ingredients are not automatically interchangeable. Compare water uptake, viscosity or binding development, particle profile, flavour and finished-product texture under the same representative conditions. A direct replacement ratio cannot be established from product information alone.

Our team is happy to help you compare native and pregelatinised chickpea-flour options. We can focus your first trial on the function and process conditions that matter most to your formulation.

If you are developing an instant or rapidly rehydrated hummus, CicerGEL pregelatinised chickpea flour can be evaluated for cold viscosity, water uptake and texture development. Begin with the serving consistency and preparation method you want to achieve.

Use your current recipe as the control and focus on rehydration, creaminess, mixing time and flavour. Water level, oil content, sesame ingredients, acidity and resting time can all change the result, so one tested recipe does not establish a universal dosage or finished-product performance.

Our application team can help you structure a focused instant-hummus trial. Together, we can define practical texture and preparation criteria for the intended product.

If your falafel process needs structure before frying, CicerGEL pregelatinised chickpea flour is a relevant binder to include in a controlled trial. Start with the forming problem you want to solve and compare the ingredient with your current binding system.

Assess water balance, dough cohesion, forming behaviour and interior texture under representative mixing, resting, frying and freezing conditions. Application work supports its relevance for falafel, but it does not establish a fixed addition level or guarantee performance with every chickpea base and production line.

Our specialists are available to support a representative falafel comparison. We can help identify the binding and forming criteria that should guide your evaluation.

When comparing CicerGEL options, begin with the raw-material profile and required functionality rather than assuming that every pregelatinised chickpea flour behaves alike. Whole- and dehulled-chickpea options can differ in composition, fibre contribution, particle profile, flavour and viscosity or binding behaviour.

These differences can help identify an appropriate starting point, but they do not predict the final result in your recipe. Availability and approval status may also differ, so only currently supported commercial options should be used for sourcing decisions.

Our team can help you shortlist a suitable CicerGEL option for evaluation. We will relate the selection to your application, texture target and process requirements.

Consider CicerGEL pregelatinised chickpea flour when your formulation needs early water uptake, thickening or binding before a full cooking step. This can be relevant in dry mixes, sauces, spreads, snacks, pasta and bakery systems where structure needs to develop during mixing or hydration.

Water absorption information is useful for ingredient selection, but it does not establish finished-product viscosity, binding strength or dosage. These outcomes also depend on water level, mixing, shear, fat, acidity and interactions with other ingredients.

Our experts can provide product-specific selection support for an initial trial. We can help you define the hydration, texture and process checks most relevant to your product.