Aerojel Toz

Nano Technological High Thermal Insulation Material

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  • 0532 241 85 39
  • 0850 840 68 36
  • info@izogin.com

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EXCEPTIONAL INSULATION VALUE

Izogin Aerogel Granules and Powder deliver extraordinary performance compared to traditional insulation materials with their synthetic, porous, and lightweight structure.

SUPER HYDROPHOBIC BEHAVIOR

It is super-repellent when in contact with water and maintains the same performance throughout its service life.

IDEAL FIRE INSULATION MATERIAL

Izogin Silica Aerogel has a very low thermal expansion coefficient, allowing it to withstand extremely high temperatures. It provides excellent protection, especially for fire corridors and against extreme heat.

HIGH BREATHABILITY

Thanks to its air voids structure, it offers both excellent insulation and good breathability.

Aerojel Toz

Nano Technological High Thermal Insulation Material

Izogin Aerogel Powder is an ultra-lightweight nanotechnological product with high thermal insulation capacity. It is used in the industry as an additive in products such as paints and varnishes. It is especially used in applications where high thermal insulation is required, such as coatings for spacecraft.

Aerogel is a nanotechnological product and can be produced in two forms: hydrophobic (water-repellent) and hydrophilic (water-absorbing).

Izogin Aerogel Granules and Powder deliver extraordinary performance compared to traditional insulation materials with their synthetic, porous, and lightweight structure. High thermal insulation levels can be achieved with low insulation thicknesses. Additionally, it is super-repellent when in contact with water and maintains the same performance throughout its service life. Izogin Aerogel Granules and Powder are a high-temperature resistant insulation blanket made from silica aerogel.

  • Breathability Feature: Yes
  • Vapor Permeability: Yes
  • Fire Class: A-s1-d0
  • It is oil absorbent: Yes
  • Easy to Process: Yes
  • Operating Temperature: -200 °C, +650 °C
  • Density: 80-180 kg /m³
  • Porosity: 90-95%
  • Thermal Conductivity Coefficient: 0.016 W / mK
  • Vapor Permeability : 5-5.5 µ (mu)
  • Compressive Strength: 40 kpa 10%
  • Heat Capacity: 1000 J/kg/K
  • Environmentally Friendly: Yes
  • Low Density: Yes
  • Super Hydrophobic: Yes
  • It has a low thermal conductivity coefficient: Yes
  • Resistant to Thermal Shocks: Yes
  • Prevents Bacteria and Mold Growth: Yes