SNTK-01& SNTK-02
Features
▶Superior thermal insulation effect
▶Excellent light dispersion
▶Good chemical stability
▶High porosity, high specific surface area
▶Nanoscale pores, very low density
▶Improves acoustic performance
Overview:
SNTK aerogel granule series products are divided into SNTK-01 model and SNTK-02 model. The SNTK-01 model contains hydrophilic/hydrophobic aerogel particles, a translucent product made from dried silica particles. The product can adjust the light transmittance of the aerogel according to the adjustment of the original colloidal particles and pore size of the aerogel. It has the characteristics of extremely high porosity, extremely low density, high specific surface area and ultra-high pore volume, which can improve thermal rating and transmittance while reducing glare, sound propagation, and heat transfer of heat and cold. The SNTK-02 model includes hydrophilic/hydrophobic aerogel powder. Aerogel powder refers to the product of SiO₂ aerogel powder with nano pore structure. The product has the characteristics of extremely high porosity, extremely low density, high specific surface area, ultra-high pore volume, etc., but also has excellent thermal insulation performance, good sound insulation, strong adsorption, green environmental protection, flame retardant and hydrophobic properties
- Superior thermal insulation effect
- Excellent light dispersion
- Good chemical stability
- High porosity, high specific surface area
- Nanoscale pores, very low density
- Improves acoustic performance
Product modality | Powder or particle |
Volume density | 60-80Kg/m³ |
Particle size range | Customizable |
Specific surface area | ＞500m² |
Porosity | ＞90% |
Aperture | ≤70 nm |
Hydrophobic nature | Hydrophobic and hydrophilic |
Purity of silica | ＞99% |
Color | Translucence |
This series of products mainly use its extremely low thermal conductivity to make high-performance nano thermal insulation materials or coatings, and use its unique nanostructure to make new gas filtration materials; Use its high specific surface area to make super energy storage materials or catalyst carriers; Its high porosity is used to make buffer materials that can be used to trap high-speed particles in space and make them “soft landing”. The acoustic resistance coupling material of ultrasonic detectors is made by using its acoustic impedance variable range.