
Because Cabot specializes in fine particle technology, we're able to control optical properties, particle size, particle distribution, and porosity during the manufacturing of aerogel – the end result is a highly adaptive material.
Properties include:
- High porosity: Highly-porous structure provides high reinforcement and matting efficiency at low concentrations
- Flowability: Excellent flow properties
- Friability: Under intense dispersion conditions, particles are reduced to sub-micrometer sizes, leading to superior reinforcement.
- Hydrophobic surface: Particles repel water but can be wetted by oleophilic substances such as oils.
- Open porosity: Pores are open to each other within the structure.
- Particle size: Available in a wide range of particle sizes.
- Surface treatment: Surface groups are chemically anchored to the silica skeleton and thus are stable over a wide range of temperatures and pH.
News
Advanced Glazings Ltd. and Cabot Aerogel announce new insulated glass product
26-Oct-2009
Tensotherm to Insulate Renowned Canadian Athletic Centre Roof
13-Jul-2009
New Makrolon Ambient Debuts in Europe
20-Oct-2008
Downloads
Product Data Sheet
- Data Sheet - Enova aerogel for insulative coatings - IC 3110 & IC 3120
- Data Sheet - Enova aerogel for matte finish coatings
- Data Sheet - Enova aerogel for insulative coatings - IC 3100
Product Literature
- Lumira™ aerogel brochure
- Lumira™ aerogel brochure - German
- Lumira™ aerogel brochure - French
- Enova aerogel for matte finish coatings
- Cabot Aerogel Cryogenic & Industrial applications brochure
- Enova aerogel for insulative coatings
- Enova aerogel additives brochure


