Solabs provides ultra‑thin nanocoatings that deliver durable anti‑fog performance activated by sunlight or infrared light. The coatings are chemically free, integrate beneath existing surface layers, and add functions such as NIR heat rejection and compatibility with anti‑smudge treatments. Applications span eyewear, automotive, medical devices, sensors, real‑estate glazing, and photothermal catalysis, offering manufacturers a scalable, low‑cost solution for visibility and thermal management.
Funding
Funding not disclosed
Founders
Product
Problem
Fogging on surfaces like eyewear, windshields, and sensors creates safety hazards and inconveniences, while existing anti-fog solutions lack durability and require frequent reapplication. Current methods often involve chemical sprays or wipes that offer limited effectiveness and longevity.
Solution
Solabs Nanotechnology provides a durable, sunlight-activated antifog coating that integrates beneath existing surface layers, ensuring long-lasting performance without wear or the need for chemical treatments. This nanoscopically thin coating selectively absorbs near-infrared (NIR) radiation from sunlight, converting it into heat to prevent fog formation on various surfaces while maintaining transparency. The coating is integrable into existing manufacturing processes, offering a scalable and cost-effective solution for various industries. By blocking solar infrared energy, the coating can also reduce thermal stress and prevent overheating in applications like automotive and real estate.
Target Audience
The primary target audience includes manufacturers of eyewear, automotive components, medical devices, sensors (such as LiDAR systems), and real estate developers seeking advanced fog prevention and thermal management solutions.
Features
- Ultrathin nanomaterial coating (10,000 times thinner than a human hair) that selectively absorbs near-infrared (NIR) radiation from sunlight
- Durable and long-lasting performance due to integration beneath existing coatings, protecting it from wear
- Passive anti-fog functionality in low sunlight conditions, with the option for active triggering via an IR source in darkness
- Compatibility with existing functional surface coatings, such as anti-smudge layers, enabling multifunctionality
- Potential for thermal management by absorbing or reflecting solar energy, reducing overheating in automotive and building applications
- Scalable manufacturing using existing industrial methods for seamless integration into production lines