Products

Cleansing and foaming actives for rinse-off formulations, selected for mildness, foam quality and viscosity response.

Surfactant selection determines cleansing efficiency, foam character and how a formulation builds viscosity. Our focus is on primary and secondary surfactants derived from plant-based feedstocks that behave predictably in conventional cleansing systems.

Primary and secondary surfactant systems

Foam volume and texture

Mildness in rinse-off applications

Viscosity and salt response

Emulsifying systems for creams, lotions and fluid emulsions, considered in terms of stability, texture and processing.

Emulsifier choice affects droplet size, long-term stability and sensory profile as much as it affects processing temperature and shear requirements. We look for plant-derived emulsifying systems that give formulators room to adjust texture without complicating manufacture.

O/W and W/O systems

Emulsion stability over shelf life

Sensory profile and after-feel

Cold and hot process considerations

Ingredients for hair and skin conditioning, evaluated on wet and dry feel and formulation compatibility.

Conditioning performance depends on substantivity and on how a material behaves alongside the surfactants and electrolytes already in a formulation. The interest here is in plant-derived chemistry that delivers measurable conditioning without compromising clarity or stability.

Hair and skin substantivity

Wet and dry combing feel

Compatibility with anionic systems

Use in rinse-off and leave-on formats

Rheology modifiers, solubilisers, film formers and other materials that resolve specific formulation problems.

This is the part of the portfolio that addresses defined technical requirements: adjusting flow behaviour, solubilising difficult materials, modifying deposition or improving the robustness of a finished formulation.

Rheology and suspension

Solubilisation of lipophilic materials

Film formation and deposition

Formulation robustness