Applications

What is aerogel? How its nanopore structure blocks heat, the conductivity figures that matter (0.019-0.021 W/mK at 25 C), and where aerogel insulation is used.

How was aerogel invented? From Samuel Kistler’s 1931 silica aerogel to modern supercritical and ambient drying, and why it took decades to reach industry.

What is aerogel? Learn about silica aerogel’s structure, properties, thermal conductivity and why it is the world’s lightest solid insulation.

Aerogel felt for heating pipeline insulation delivers energy savings with thinner profiles. Withstands high temperatures and moisture.

Aerogel thermal coating for tanks and vessels. Reduces heat loss and surface condensation in a thin, durable layer. Request the TDS.

Aerogel coating for exterior walls: a thin insulation layer that cuts heat transfer and thermal bridging, improving building energy efficiency.

Aerogel felt for CHP plant insulation. Reduce heat loss on turbines, boilers and piping while improving energy efficiency.

Aerogel slurry coating for walls, tanks and equipment. Sprayable thermal insulation with low thermal conductivity. Application guide.

Aerogel gloves for thermal insulation, fireproof and cold-resistant protection in extreme environments. Lightweight, flexible, high insulation value.