Crothix 10 g

Crothix solid viscosity modifier for surfactant based cleansing systems and texture optimization

Crothix in solid form is used as a viscosity modifier in surfactant systems where precise control of thickness, flow behavior, and product texture is required. It is applied in shampoos, shower gels, liquid soaps, and cleansing bases, enabling gradual adjustment of consistency without altering the core surfactant structure.

Description

Crothix solid is a plant-derived fatty acid ester designed for structuring and thickening surfactant formulations. The solid format provides flexibility in handling and allows controlled activation through dissolution before incorporation.

The ingredient functions by modifying the internal structure of surfactant systems, making it possible to fine-tune viscosity during formulation development. It is suitable for both transparent and opaque cleansing products.

Crothix is selected in formulations where stable rheology, consistent performance, and compatibility with mild surfactant blends are required.

Where it is used

In cosmetic applications, Crothix is used in shampoos, shower gels, facial cleansers, and liquid soaps.

In hair care formulations, it helps create a balanced texture that improves product distribution.

In cleansing systems, it is used to build viscosity while maintaining clarity and foam characteristics.

In manufacturing processes, it serves as a formulation tool for adjusting flow properties in surfactant-based products.

How it works

Crothix integrates into micellar structures formed by surfactants, increasing internal cohesion and resistance to flow. This results in a controlled increase in viscosity.

It enhances the structural network of the formulation without significantly affecting foaming performance.

Additionally, it improves sensory perception, providing a smoother and more refined product feel.

Behavior in formulation

Crothix solid must be pre-dissolved or properly dispersed before full incorporation. It can be dissolved in a warm aqueous phase or blended with a portion of surfactant under controlled temperature.

Recommended processing temperature is 40–60°C with continuous mixing until a uniform solution is obtained.

After addition to the main system, viscosity builds progressively as the ingredient interacts with the surfactant matrix.

It is compatible with anionic, amphoteric, and nonionic surfactants including Cocamidopropyl Betaine, Decyl Glucoside, and Sulfosuccinate systems.

Dosage

Usage level depends on the target viscosity and formulation composition. It is recommended to add incrementally while monitoring the rheological profile. Specific values are defined in technical data.

Recipe

Structured cleansing gel with Crothix solid

Ingredients:
Distilled water — 58 ml
Cocamidopropyl Betaine — 18 ml
Disodium Laureth Sulfosuccinate — 10 ml
Decyl Glucoside — 5 ml
Crothix solid — 1–2 g
Glycerin — 3 ml
Hydrolyzed Protein — 1 g
Panthenol — 1 g
Fragrance Green Floral Accord — 0.3 ml
Phenoxyethanol preservative — 0.8 g

Process:

Pre-dissolve Crothix in a portion of warm water or mix it with Cocamidopropyl Betaine at approximately 50°C until fully integrated.

Prepare the surfactant base by combining Cocamidopropyl Betaine, Disodium Laureth Sulfosuccinate, and Decyl Glucoside with gentle mixing.

Add the Crothix solution into the surfactant base while stirring until viscosity begins to build.

Incorporate glycerin, hydrolyzed protein, and panthenol, mixing until homogeneous.

Add fragrance and preservative, then perform final mixing.

Allow the system to stabilize to reach final viscosity before filling.

Conclusion

Crothix solid is a functional viscosity modifier for surfactant-based formulations, providing controlled thickening, structural stability, and improved sensory properties in cleansing products.