Innovation
Nano Hydro-synthesis Technology
New generation of nano particle dispersal technology. By using the latest theory in coordination chemistry, we greatly reduced the reunification of nano crystallite in dispersed system, to form highly decentralized and stabilized water solution with low reunification, therefore, the product is more efficient and stable.
Avalanche Critical Temperature Nano Crystal Synthesis Technology
By switching the temperature from high critical temperature to low critical temperature rapidly in the process of nano particle synthesis, nano particle formed faster and reunited less. This technology makes the nano particle in fine crystal structure in quantum scale size.
Ion Template Induced Low Temperature Crystallization Technology
The limit of crystal reunification, as it must be calcined in high temperature or formed through hydration heat in traditional technique, has been broken by advanced low temperature crystallization technology, the size of nano particle is greatly reduced, and 1.6nm of particle size at advanced international level has been achieved in the lab. The particle size of most Gens NanoTM products are less than 7nm currently.
Photo Induced Electron & Hole Capture and Separation Technology
By using of featured hole & electron capture agent, the compound between hole and electron in crystal body is greatly reduced, therefore the product performance is improved.
High Fermi Level Metal Nano Electrode Doping Technology
By using nano metal electrode aggradation technology, to aggregate high Fermi level metal electrode at the surface of nano crystallite, hence to greatly improve product performance and to greatly improve the utilization of visible light. Meanwhile, as high Fermi level nano electrode could effectively separate electron-hole pair to form micro zone dual cooperative effect on the surface, which makes the product could be maintained at highly stable active state for longer time work.
Nano Silver Composition Anti-bacterial Enhance Technology
Nano Silver doping technology provides powerful anti-bacterial and anti-mold function without light, which greatly expanded the application of photocatalyst products for anti-bacterial use. Free from toxins and side-effect is an obvious advantage for photocatalyst to be a next generation of broad-spectrum antibacterial product.
VLR (Visible Light Response) Photocatalyst Synthesis Technology
With special doping technology, we replaced part of titanium by special ions and made it consolidated in nano titanium dioxide crystal structure. As the replaced special ion could change the crystallite density, the upper and lower limits of transition gap are changed, therefore the absorption photo spectrum is up lifted, which could fully make use of the energy in visible light spectrum, and the performance under visible light is much higher than traditional UV photocatalyst product.
