Quartzene is the brand name of a novel platform of synthetic silica powder materials designed to boost the functional performance of your product.
Quartzene is in most applications used as a functional additive. As manufacturer of, for instance, paint, plaster, building panels or sealants, you can improve the sustainable performance of your products by adding Quartzene. The main purpose here is to improve insulation, reduce material consumption, reduce weight, replace plastic and increase safety – often Quartzene contributes to a combination of these in one and the same solution.
Quartzene is offered as hydrophilic or hydrophobic grades, and the selection of suitable grade depends on the composition and manufacturing process of your product and the conditions prevailing during the stage of use.
All materials are open-porous and hence allows for exchange with surrounding conditions. The hydrophilic grades are chemically inert and can withstand very high operating temperatures without losing their performance. The hydrophobic treatment is resistant to 275°C, but the structure and the other properties will remain far beyond that.
Quartzene® Z-Slurry is a low-viscosity, aqueous aerogel suspension, featuring amorphous hydrophilic silicon dioxide. This innovative solution is easily processed and pumpable, enhancing thermal insulation, improving fire safety, and reducing the weight of products. Ideal for waterborne paints and coatings as well as for technical textiles and papers, Quartzene® Z-slurry ensures easy, dust-free incorporation. Its formulation is specifically designed to facilitate downstream processing in factory settings, improving efficiency and reducing operational complexities.
Quartzene Z1H1 and Z2H1 grades are ideal for insulation solutions where space and weight considerations are critical, such as retrofit building insulation and automotive insulation, particularly for the strongly growing electrical vehicle segment.
Quartzene Z2H1 is the hydrophobic countertype of Z2. It has a particle size range between 1-100 µm. Due to the increased particle size, Z2H1 will have less viscosity impact in dispersions than Z1H1 and can thus be added in higher amounts.
Property | Unit | Method | Z1 | Z2 | Z1H1 | Z2H1 |
---|---|---|---|---|---|---|
Surface character | n/a | Internal | Hydrophilic | Hydrophilic | Hydrophobic | Hydrophobic |
Density | kg/l | DIN ISO 787 part 11 | 0.05-0.10 | 0.10-0.15 | 0.10-0.15 | 0.17-0.22 |
Thermal conductivity | mW/m·K | Hot Disk TPS ISO 22007-2:2022 | 25-31 | 28-33 | 28-31 | 28-33 |
Particle size range | µm | ISO 13320:2020 | 1-15 | 1-70 | 1-20 | 1-100 |
Pore size | Nm | ISO 15901-2:2022 | ~ 6 | ~ 7 | ~ 6 | ~ 7 |
BET surface area | m²/g | ISO 9277:2022 | 200-600 | 200-600 | 120-220 | 100-300 |
Contact us or one of our distributors for assistance in finding the right product for you.