Variations in structure, purity, and supply characteristics can influence foam, viscosity, and stability. These factors are critical when evaluating personal care ingredients.
Navigate formulation performance across technical, supply, and product requirements
Formulators, sourcing teams, and product stakeholders often evaluate ingredients from different perspectives: how they behave in formulations, how consistently they can be supplied, and how they influence final product performance.
Are you evaluating formulation performance, sourcing reliability, or product positioning?
The Personal Care Brochure provides technical insight into ingredient structure, purity, and composition to support evaluation of formulation behaviour, supply consistency, and product performance across personal care applications.
Download the brochure to explore:
- How structural differences may influence cleansing, emulsification, and viscosity behaviour
- Key considerations when evaluating ingredient compatibility in complex systems
- How purity can affect colour, clarity, and consistency across batches
- Example formulations for shampoo, body wash, sunscreen, and hand soap
- How ingredient characteristics connect to product performance expectations
- Technical documentation and specifications to support sourcing decisions and regulatory requirements
Shell NEODOL® alcohols and ethoxylates, and Shell NEODENE® linear alpha olefins are widely used in personal care formulations. These solutions are produced at scale with global specifications, supporting evaluation across formulation and supply requirements.
Why lightly branched alcohol structure matters
Shell NEODOL alcohols have a unique lightly branched structure, combining predominantly linear chains with a controlled level of branching. This structural profile may influence:
- Compatibility with other formulation components
- Ease of formulation and processing
- Stability across different system conditions
- Consistency of behaviour across batches
- Performance characteristics relative to commonly used oleo-based alcohols
Evaluate how ingredient characteristics influence formulation behaviour, supply considerations, and product performance — supported by application examples, comparative insights, and available product grades.