Nano and Advanced Materials Institute
An applied research institute focused on development and translation of advanced materials and related technologies across sectors including construction, healthcare, air-filtration, sensors, and energy storage. The organisation documents multiple award-winning applied material innovations and participates in industry events and exhibitions.
Industries
Nr. of Employees
large (251-1000)
Nano and Advanced Materials Institute
Hong Kong, Hong Kong Island, Hong Kong, Asia
Patents
Products
Multifunctional HEPA filter media
Filter media incorporating nanotechnology-enabled functionalities for enhanced particulate capture and multifunctional performance.
Flexible pressure sensor mat with mapping system
Portable flexible mat combined with mapping software for gait analysis and foot health monitoring.
Bio‑based compostable superabsorbent polymer
High bio‑based superabsorbent polymer formulated for compostability and reduced environmental persistence.
Multifunctional HEPA filter media
Filter media incorporating nanotechnology-enabled functionalities for enhanced particulate capture and multifunctional performance.
Flexible pressure sensor mat with mapping system
Portable flexible mat combined with mapping software for gait analysis and foot health monitoring.
Bio‑based compostable superabsorbent polymer
High bio‑based superabsorbent polymer formulated for compostability and reduced environmental persistence.
Expertise Areas
- Advanced materials development
- Biodegradable polymer formulation
- Battery materials and safety
- Air filtration and particulate control
Key Technologies
- Nanotechnology
- Biodegradable polymer chemistry
- Superabsorbent polymer formulation
- HEPA filtration media with nanofibers
News & Updates
Participation or hosting of a lecture with the ASCE Greater China Section.
Participation in BIOHK 2024 industry event.
Participation in Asia International Innovative Invention Exhibition 2023.
Awarded recognition for development of a new class of multifunctional HEPA filter media enabled by nanotechnology.
Awarded recognition for an additive aimed at enabling biodegradation of conventional and recycled plastics.
Awarded recognition for a portable flexible pressure sensor mat for gait analysis.
Participation or hosting of a lecture with the ASCE Greater China Section.
Participation in BIOHK 2024 industry event.
Participation in Asia International Innovative Invention Exhibition 2023.
Awarded recognition for development of a new class of multifunctional HEPA filter media enabled by nanotechnology.
Awarded recognition for an additive aimed at enabling biodegradation of conventional and recycled plastics.
Awarded recognition for a portable flexible pressure sensor mat for gait analysis.