Multiscale modeling platform for hair and personal care product interactions

Overview

This innovative multiscale modeling platform utilizes all-atom and coarse-grained simulations to predict the interactions between hair surfaces and personal care formulations. By simulating molecular-level interactions, this technology provides insights into how products interact with and penetrate hair surfaces, ultimately aiding in optimizing formulation performance and enhancing mechanical strength predictions. This solution is especially relevant for personal care product developers seeking to improve product efficacy and consumer satisfaction.

Technical specifications

• All-atom and coarse-grained simulations: Accurately model molecular interactions to predict formulation behavior.
• Hair surface modeling: Customizable models based on previous simulation work, with input from clients on surface modifications.
• Friction and mechanical strength analysis: Utilize shearing calculations and tensile pulling simulations to evaluate product performance.
• Comprehensive deliverables: Includes input/output files, execution scripts, and training within the proprietary software platform.

Technology readiness level

This technology is at TRL 9, indicating that it is fully operational and ready for commercial use. The platform has been validated against experimental data and is supported by published research and industrial collaborations.