Technical Description
This invention introduces a heatable glazing transparent defogger and its manufacturing method which involves sandwiching a temperature-raising, uniformly dispersed polymer-filler conductive layer between glass substrates and an interlayer. The assembly integrates temperature and humidity sensors managed by an Electronic Control Unit (ECU) that dynamically operates a powering unit to supply electric feedback heating.
Problems Addressed
- Surface fogging
- Opaque Electric wires
- Obstructed vision due to reduced optical transparency
- Safety hazards because of poor visibility
- ADAS Image distortion
Tech Features
- Sodium carboxymethyl cellulose (NaCMC) Biopolymer Matrix
- Silver Nano-Filler Suspension (>95% Clarity)
- Automated Feedback & AI Heating Control
- Precise high-aspect-ratio nanowires
- Multilayer Stacking
- Spatial Heating Gradients
- Transparent Enamel
Target Audience
- Automotive manufacturers
- ADAS developers
- Aerospace engineers
- Architectural builders
Tech ID: P38-2062 TRL 3 Patent Status: Published Available For Exclusive and Non-exclusive License
