Composite Structures

The aim of producing composite profiles with anti-corrosive and strength properties that exceed those of aluminum and steel products is to introduce a construction and assembly material to the Polish and global market that serves as an alternative to currently used steel and aluminum metallurgical products. The production of these materials relies on dirty technologies based on hard coal, and we aim to replace them with clean technologies that ensure a smaller carbon footprint.

The production of composite materials that can replace currently used metallurgical products can contribute to a reduction in CO2 emissions. Their application in the manufacturing of photovoltaic panels and load-bearing structures for both residential photovoltaic installations and solar farms will increase the production of green energy, thereby ensuring future generations access to alternative materials with strength parameters that exceed those of metallurgical products. These composites would weigh four times less than steel, be corrosion-resistant, UV-resistant, and colored in bulk, requiring no maintenance or painting.

Composite profiles as a structural and load-bearing material for photovoltaic farms allow for their installation on land and water, utilizing their advantages such as complete UV resistance, non-flammability, insulation properties, and lightweight nature.