Exploring Thermostable Pigment Coatings for Sustainable, Energy Saving Applications Exploring Thermostable Pigment Coatings for Sustainable, Energy Saving Applications

Exploring Thermostable Pigment Coatings for Sustainable, Energy Saving Applications

The Current Challenges
  • Traditional materials struggle to withstand harsh conditions and drastic temperature change
  • Frequent replacements drive up operational costs
  • Environmental regulations demand sustainable solutions
  • Material waste contributes to environmental concerns
Cleaning solar panels is estimated to use intensive labour and about 10 billion gallons of water per year. Cleaning solar panels is estimated to use intensive labour and about 10 billion gallons of water per year.
Our Innovation and Breakthrough

Our patented Ultrasound-Resonated Nanofiber Coating Technology integrates advanced nanofibers to create superior protective coatings. Backed by patented rigorous research, two international invention awards and Sustainable Development Goals (SDG) certification, this breakthrough solution offers:

  • Enhanced thermostability
  • Superior durability
  • Water repelling properties
  • Resistance to environmental degradation
  • Coloured or colourless options
Ultrasound-assisted 30 nm nanofibre coating (light contrast) on pigment core (dark contrast) Ultrasound-assisted 30 nm nanofibre coating (light contrast) on pigment core (dark contrast)
The Impact

Our nano-coating solutions revolutionize construction, pharmaceuticals, and cosmetics by enhancing material longevity, improving drug delivery, and advancing product preservation. These innovations extend product lifecycles and reduce carbon footprints. Businesses enjoy reduced operational costs, improved performance, and enhanced brand reputation while ensuring compliance with environmental regulations, thereby gaining a sustainable and competitive edge.

Team Leader

Professor Ken Leung, Associate Professor of the Department of Chemistry, Faculty of Science, Hong Kong Baptist University.

Interested in Our Innovation?

Contact us at itpr@hkbu.edu.hk to explore collaboration and partnership opportunities.