A cutting-edge modular topical delivery platform utilizing biodegradable polymeric nanoencapsulation to enhance the stability and controlled release of volatile fragrance and active oils.
Our modular delivery platform leverages biodegradable polymeric nanoencapsulation to provide a controlled release system for volatile fragrance and active oils. By incorporating oils such as green tea, peppermint, jasmine, and eucalyptus into biopolymer matrices, our system ensures sustained scent stability and gradual diffusion post-application. This technology addresses common industry challenges like rapid evaporation and phase separation, offering extended aroma duration and improved biological performance.
Key features:
The technology is currently at TRL 4, having achieved proof of concept in a laboratory setting with successful sustained release demonstrated in chitosan-based nanoparticles and polymeric systems. Future validation plans include optimizing prototypes and conducting stability and performance testing to advance readiness for commercial deployment.
Nanofibtech is a nanotechnology-based company founded by Dr. Wael Mamdouh, a professor at the American University in Cairo. The firm specializes in developing eco-friendly, nanoparticle-based disinfectant solutions and skincare products. By utilizing natural ingredients instead of harsh chemicals or alcohol, the company's technology is designed to disrupt microbial membranes, effectively eliminating 99.99% of illness-causing germs while remaining safe for human skin. Their products are versatile and can be applied in various forms, including solutions, gels, and powders, across different industrial sectors.
The company provides critical hygiene solutions for healthcare facilities, food production lines, and cosmetic applications, addressing challenges such as surface contamination and infection prevention. Officially registered as an LLC in 2020, Nanofibtech originated from research initiatives that received national recognition, including awards from Egypt's Academy of Scientific Research and Technology and the JICA Next Innovation with Japan competition. Their work supports broader industrial and public health efforts to minimize the spread of bacteria and viruses through advanced, stable, and sustainable material science.