NanoBase™ Clinical

Formulation Class: Cream-style nano-delivery formula base for treatment creams

Primary Function: nano delivery base optimized for enhanced active ingredient penetration while maintaining elegant skin feel and stability across a wide range of actives.

Developed for cream based formulations requiring exceptional stability and active delivery capabilities. It creates a balanced system that enhances ingredient penetration while maintaining an elegant feel on the skin.

Technical Foundation

NanoBase Clinical employs a dual-emulsifier system that creates enhanced skin compatibility and luxurious clinical feel with slower absorption compared to LUXE's liposomal-focused delivery. This specialized approach prioritizes elegant application and professional sensory experience, though offers more selective compatibility depending on specific active requirements.

Formulation Performance Observations

  • Creates a smooth, silky application experience with fast absorption compared to traditional formulation

  • Enhances penetration of both oil-soluble and water-soluble actives

  • Maintains exceptional stability under various temperature conditions

  • Provides a non-greasy skin feel

  • Supports formulations requiring enhanced ingredient delivery.

Use Case Examples

  • Advanced treatment cream

    Specialized delivery systems for sensitive ingredients

  • Medical-like skincare systems requiring enhanced penetration, with slightly slower absorption

  • Formulations balancing efficacy with elegant skin feel

Formulation Compatibility

  • Stable at shear speeds up to 12,000 rpm

  • pH stability range: 5.3–5.5

  • Compatible with: peptides, antioxidants, botanical extracts, humectants, mild actives

  • Not compatible with: High-alcohol systems or heavily wax-based formulations

A laboratory report titled 'PCS Submicron Particle Size Analyzer' showing a NanoBase Clinical sample analysis. It includes comments, operator details, temperature, start time, auto identification, and sample auto. The report presents autocorrelation curves for three repetitions with their mean values, P.I., diffusion coefficient, counts, baseline error, and overflow status. A graph plots intensity versus tau (ms) with three curves in different colors.