Surface Coatings: the Potential to Create a Safer Tomorrow
At FendX, we are developing a suite of technologies designed to help reduce the spread of pathogens on surfaces. Our portfolio includes advanced antimicrobial surface coatings, an AI‑powered application for detecting pathogens on high‑touch surfaces, and eco‑friendly disinfectant formulations. Together, these solutions are being designed to complement existing prevention practices and support cleaner, more hygienic environments. As we continue to advance each component of our platform, our goal is to provide practical, science‑driven tools that can contribute to improved public health and help reduce associated healthcare costs.
>99%
Film: Instant reduction of adhesion of a COVID-19 like virus1, MRSA, E.coli and B. subtilis3
>98%
Spray: Reduction in adhesion of a COVID-19 like virus and MRSA2
99.7%
Spray: Reduction in bacterial growth after 8 hours
Sources:
- ACS Appl. Mater. Interfaces 2022, 14, 11068-11077
- https://pubs.acs.org/doi/10.1021/acsami.3c11074
- ACS Applied Materials and Interfaces, 2023, 15, 16253-16265.
Reducing Pathogen Contamination on Surfaces
- Integrated Solutions: surface coatings, AI detection, eco-friendly disinfectants
- Layered Safeguards: complementary technologies for safer surfaces
- Broad Industry Reach: serving healthcare, commercial and consumer markets
Our Products in Development
- Surface coatings: Specially designed for high-touch surfaces and Foley catheters, these advanced coatings provide powerful, long-lasting protection against pathogens.
- AI-Powered Detection App: Aimed at enabling monitoring of surface hygiene through a mobile application leveraging AI for real-time pathogen detection.*
- Eco-Friendly Disinfectants: Exploring novel disinfectant formulations that prioritize environmental safety while targeting effective antimicrobial performance.**
*Provisional patent filed; provided criteria for pathogens to be detected to 3rd-party software developer.
**Developing in collaboration with Aquaox LLC.
SURFACE PROTECTION COATINGS
Antimicrobial Surface Coating
- Scalable liquid coating for easy application on surfaces via brush/roller
- Durable, long-lasting protection to minimize maintenance cycles
- 99% reduction in MRSA and P. aeruginosa 1
Source 1 – data on file
Foley Catheter Coating
- Lubricated coating inhibits bacterial growth
- 99% reduction of E. coli, supporting early antimicrobial validation 1
- Stable in initial testing; further validation underway
Source 1 – data on file
Potential Applications
Healthcare, Transportation Industry, Entertainment Industry, Hospitality Services, Office Building
Surfaces Can Spread Pathogens. Pathogens Exist in Critical and Everyday Environments on High-touch Surfaces.
Doorknobs, swinging and revolving doors, elevator panels, public bathrooms, toilets, flush handles, sinks, soap and sanitizer dispensers, handrails (hall, stairs, escalators), bedrails, bedside tables & handles, wheelchairs, light switches, IV poles.
Other examples of industries/areas with high traffic public touchpoints that we may target include:
Transportation industry (airplanes, trains, buses, taxis); entertainment industry (arenas, stadiums, theatres, casinos, amusement parks, recreation centres, malls, cruise ships); food and hospitality services; and schools and office buildings.
Healthcare Environments
Transportation
Sports & Entertainment
Schools
Offices
Building A Robust Patent Portfolio
Omniphobic Surfaces with Hierarchical Structures, and Methods of Making and Uses Thereof
- Chinese/ Macau Patent # ZL 202080055337.6 – Issued
- US Patent Application # 17/616,374
- Canada Patent Application # CA3142127
- Europe Patent Application # EP20819372.2
- Japan Patent Application # 2021-572059
- Hong Kong Patent Application # 62022061224.1
Omniphobic Antimicrobial Microparticles and Compositions Thereof
- US Provisional Patent Application No 63/415078
Methods of Making Omniphobic Materials with Hierarchical Structures and Uses Thereof
- US Patent Application Number # 18/683,578
- Canada Patent Application # CA3228893
- China Patent Application # CN202280056197.3
- Europe Patent Application # EP22857186.5
- Japan Patent Application pending
Fluorine-free Superhydrophobic Surfaces, Methods of Making and Uses Thereof
- US Patent Application # 18/683,559
- Canada Patent Application # CA3228891
- China Patent Application # CN202280056201.6
- Europe Patent Application # EP22857178.2
- Japan Patent Application pending
Growth Strategy
Licensing/acquisition to expand product pipeline and intellectual property portfolio