Inside-Out Solar Panels Solution
We provide innovative high quality nano TiO2 Slurry and Coating material, which have excellent dispersity, extreme high SSA and super-fine crystal structure. The partilce size and sharp can be also customized to fit diversified demands of solar cell producing, whatever in lab or industrial scale. In addition, self-cleaning coating could increase the energy output of the solar panels by keep surface clean and reduce modules surface temperature. Multi-innovated feature bring more possibility to the solar panel industry, in R&D and industrialization.
Benefits
- 200% SSA increasement to commercialized competitor products
- Low temperature curing bring more choice to the process innovation (e.g. pre-mixing dye and TiO2)
- No surfactant system, reduce the side-effect from other chemcial agent maximumly
- Bigger SSA and high porisity provdie better dye absorption, bigger absorption capacity
- Doping technology change the gap of TiO2, improving performance and reducing dye degradation speed
- Self-cleaning function reduce the maintenance cost and increase power generated
- Super-hydrophilic feature help reduce the module temperature
Objective
- Self-cleaning & super-hydrophilic coating on Solar Panels
- Semiconductor layer of Dye-Sensitized Solar Cell – DSSC
- Semiconductor layer of Perovskite Solar Cell
Features
- Self-cleaning and super-hydrophilic
- Highly dispersed nano TiO2 slurry
- Monodispersed nano TiO2 water-based sol
- Compatible with almost all sovlent system
- 5-20nm adjustable crystal size
- Adjustable partilce form
- Nanotube available
- Higher SSA , 160-240 m2/g
- Higher porisity available, 30-70%
- Better dye absorption, bigger absorption capacity
- Doping technology , reduce degradation of dye
- Low temperature curing (even room temperature)
- Safety, no extra pollution, environment friendly and harmless