The company creates multi-type services in technology and materials for heat flow management (thermal management)
AlSiC is a composite, high thermal-conductive material based on an aluminum alloy matrix and SiC filler powder;
AlGr is a composite, high thermal-conductive material based on an aluminum alloy matrix and milled high modulus graphite fiber filler or milled natural graphite;
High thermal-conductive composites and laminates incorporating high thermal-conductive materials based on heat-treated pyrolytic graphite;
AlB4C is a high thermal-conductive radiation-shielding material based on an aluminum alloy matrix and B4C filler powder.
Magnesium Hydride production technology (MgH2)
Magnesium hydride is considered as one of the most promising materials for hydrogen storage, used in metallurgy, chemical engineering, pyrotechnics, rocket fuel, cosmetology, medicine and pharmacy. Used in production of chemical hydrogen sources, hydrogen based power supply sources, lightweight fuel systems for UAVs.