High Temperature Photovoltaic Glass Ink

  High Temperature Photovoltaic Glass Ink When the back panel of photovoltaic double-glass module needs to resist outdoor aging for 25 years, and when the weight gain per square meter of glass is in a game with power generation efficiency, the reflection attenuation and thermal stress cracking of traditional coatings become the shackles of the industry. This water-based highly reflective ink specially designed for Silk Screen Printing Machine, with nano-scale optical engineering and military-grade weather resistance, is setting off a "backplane revolution" in photovoltaic power stations around the world.   Three core technologies-hard core strength that penetrates the 25-year warranty period Quantum dot reflection architecture-let sunlight "turn back and run"   The reflectivity exceeds 93% (traditional coating ≤85%);   Construction of Three-dimensional Photonic Crystals with Nano-TiO _ 2 and Fumed Silica   Ultraviolet-visible-infrared full-band reflection balance is improved by 2.8 tim…