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AEROS™ Aerogel

AEROS™ is currently the best and cost-effective Aerogel on the market.  Adding AEROS™ to you coating or insulation will elevate your core product to higher specs (better value, visibility, and variety).

THILIUM's Patented Technology

Applications

Super-Hydrophobicity

We use an engineered Aerogel that is Superhydrophobicity that repel water and reduce head-loss for a better flow regime control (design for gravity sewage and open channel).

These can be used in applications such as protective plaster coating or clothing or in air and water filtration systems.

Thermal Insulator

coatings for safe-to-touch surfaces, energy efficiency, prevention of corrosion under insulation (CUI)

Plasters

Interior and exterior insulating plasters for breathable building envelopes and facades Aerogel insulating plasters perfectly combine the advantages of insulation boards with those of plaster. Beyond insulating exceptionally well, as a plaster they are very adaptable and malleable. Aerogel insulating plasters are suitable for exterior and also for interior insulation projects.

Fire Redundancy Coating

Aerogel coatings can help to protect against fire damage by providing a layer of insulation between the flames and the underlying material.
In addition to its insulating properties, aerogel is also highly resistant to high temperatures and can withstand exposure to flames for extended periods of time without degrading or catching fire itself.

Integration

Multiple industries can benefit from the aerogel heat/water resistance and fire redundant main characteristics, such as food preservation, fabric fire protection, and heat-sensitive freight packages that got stuck in customs.
Our product is there to protect you, is safe to use, and does not leave harmful by-products like brominated-phenols.

Oil Absorbance

Oil Absorbance and water filtration media

AEROGEL PARTICLES

Particle Size Range

Pore Diameter

Bulk Density

Surface Chemistry

Thermal Conductivity

Surface Area

Porosity

~ 100 ㎛

20 ㎚ (mean)

~  0.10 g/㎤

hydrophobic

~ 20 mW/m∙K

~ 800 ㎡/g

> 90%