Electrochromic materials need to have a structure that is porous on the nano scale in order to allow facile insertion and extraction of ions.
Proper control of the nano structure is important especially for long term functioning of electrochromic devices
The company, which develops and produces carbon nanomaterials as well as graphite specialities. Our experienced and qualified team focuses on the following applications: composite materials and additives, batteries and acumulators, catalysis and fuel cells, coatings, and gas storage and adsorption.
Hybrid solar cells consisting of a p-type polymer semiconductor and an inorganic n-type material are a promising solid-state alternative to liquid electrolyte dye-sensitized solar cells.
Lab researchers have developed a structured configuration for organic/nanomaterial hybrid solar cells that maximizes conversion efficiency by increasing the chance that excitons will reach an interface before recombining.
The company provides contract and collaborative R&D and technology development services for materials discovery and material licensing services of it’s proprietary materials.
