Glotac Technologies provides high purity materials with controlled morphology, chemical composition, porosity and structure, allowing a fine adjustment to the specific needs of the target application or customer.

Then, the possibilities of these materials make them viable for versatile applications, including energy generation and storage systems, thermal insulation and health sensors.

Carbon Aerogels

Energy storage: batteries and supercapacitors

Our Carbon Aerogel is engineered for advanced energy storage applications, making it ideal for batteries and supercapacitors. With its exceptional electrical conductivity and lightweight structure, it enhances energy efficiency and extends the lifespan of energy storage systems. This innovative material offers a reliable solution for meeting the growing demands of sustainable energy technologies.

Graphene Aerogels

Health sensors

Our Graphene Aerogel is a cutting-edge material designed for health sensor applications. Known for its remarkable conductivity and lightweight properties, it enables rapid and accurate sensing of various analytes signals. This innovative aerogel enhances the performance of health monitoring devices, contributing to more efficient and reliable healthcare solutions.

Metal Aerogels

Fuel-cells and electrolyzers

Our Metal Aerogel is specifically designed for fuel cell and electrolyzer applications. With its high surface area and excellent catalytic properties, it significantly improves the efficiency of energy conversion processes. This advanced material enhances performance in hydrogen production and clean energy generation technologies, paving the way for cleaner and more sustainable energy solutions.

Hybrid Aerogels

Thermal insulation

Our Hybrid Aerogels are engineered for superior thermal insulation applications. Combining the benefits of various materials, they provide exceptional thermal resistance while remaining lightweight and versatile. Ideal for both industrial and residential settings, these innovative aerogels effectively reduce energy loss, contributing to enhanced energy efficiency and sustainability in building design.