Battery & renewable energy materials

We have developed a process to manufacture lead iodide, a precursor material for Perovskite-based materials used in solar cells, such as methylammonium lead halide.

Perovskite materials must be stable to be used in high-efficiency solar cells, so our scalable process is designed to have control over crystallite morphology, with high purity.

LUXACAL^TM is a patent-protected doped-tungsten oxide nanomaterial can be used to produce energy efficient windows in warmer climates, meaning less air conditioning is required to keep buildings or cars cool. The particle size can be tuned to provide high optical transmission for glazing applications, and with fine control over dopant levels we can tailor absorbance for your specific applications. We can also help guide you on technical formulation to stably disperse the coatings.

This non-hazardous material has been optimised for maximum near-infrared (NIR) absorption and low absorption in the visible region. These properties make LUXACAL^TM an ideal anti-icing paint additive.

We are one of the world’s leading manufacturers of extremely high-purity graphene oxide. Graphene oxide can be used across the renewable energy space, for example as a 2D substrate for supporting catalysts for fuel cell, for metal-air batteries and hydrogen production, or, when reduced, as an electrical and thermal conductive additive for electrodes in energy storage.

We supply graphene oxide as a dispersion in water, at a concentration that you can specify, that is easily separated into single layers. Our on-site water treatment plant safely handles and removes any hazardous by-products.

To purchase small volumes of graphene oxide, please visit our online shop.