Innovative nano-shielding platform using cyclic oligosaccharides, sub-100 nm colloidal carriers, and biopolymer complexes to protect sensitive botanical actives and natural colors in low-pH transparent beverages, maintaining clarity and taste.
Nanofibtech introduces a cutting-edge nano-shielding platform designed to preserve sensitive botanical actives and natural colors in low-pH transparent beverages. By leveraging a combination of cyclic oligosaccharide host systems, sub-100 nm colloidal carriers, and natural biopolymer complexes, this solution provides a molecular or nanoscale barrier that protects actives from degradation due to acid, light, oxygen, and heat. The technology offers a clear liquid preblend or dry dispersible powder for direct beverage addition, ensuring low turbidity and negligible sensory impact.
Key features:
This nano-shielding platform is at Technology Readiness Level 3, indicating experimental proof of concept has been achieved. Further optimization and validation under ambient and accelerated storage conditions are planned to refine and scale the solution.
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.