Innovative thermal insulation.
HIGH ENERGY EFFICIENCY
The Evergel aerogel mat has very good thermal insulation properties, with a thermal conductivity coefficient of 0.018 W/mK. As a result, Evergel 13 mm successfully replaces conventional 30 mm thick insulation.
The Evergel high temperature resistant mat meets the most demanding standards of fire protection. It has European flammability class A2, s1, -d0, which means that it is non-combustible, does not produce hazardous smoke and does not spread fire, as well as being fire-proof insulation.
The Evergel mat is a durable material that will retain its properties for many years. It is also hydrophobic, and resistant to external factors and chemical and biological corrosion. The mat does not sustain damage under pressure.
Thanks to its porous and open structure, the Evergel mat is an excellent acoustic insulator. The material adheres closely to the structural elements of the building, eliminating any gaps through which noise can penetrate.
The Evergel mat is completely hydrophobic, yet breathable and vapour permeable. It dries moisture from the walls and prevents corrosion.
The low insulation thickness and high packing density allow for a significant reduction in transport and storage costs compared to rigid, moulded materials.
|Declared thermal conductivity coefficient λ at a temperature of 10°C, W/mK||0,018||PN-EN 12667:2002|
|Water vapour diffusion resistance factor μ||4,8||PN-EN 12086:2013|
|Dimensional stability under the defined temperature and humidity conditions (+70°C and 90%)||± 10%||PN-EN 1604:2013|
|Tensile strength, kPa:
- along fibres
- across fibres
|Relative elongation at break, %:
- along fibres
- across fibres
|Maximum application temperature||675°C||PN-EN 14706:2013|
|Emission of volatile organic compounds (VOCs)||Emission below the permissible concentrations harmful to health||UA GW VIII.21/2011|
|Class of reaction to fire||A2-s1, d0||PN-EN 13501-1+A1:2010|
COMPARISON OF THE PROPERTIES OF EVERGEL AND OTHER INSULATION MATERIALS
|Parameter||Evergel aerogel mat||Styrofoam||Mineral wool|
|Thermal conductivity coefficient||0,018 W/mK||0,031 – 0,042 W/mK||0,030 – 0,045 W/mK|
|Class of reaction to fire||Class A||Class E||Class A|
|Maximum application temperature||675˚C||80 ˚C||600 – 800 ˚C|
|Tensile strength||across fibres: ≥300 kPa along fibres: ≥ 1,040 kPa||≥100 kPa||≥10 kPa|
|Behaviour in contact with water||exceptionally water and moisture resistant, hydrophobic||water and moisture resistant, does not absorb water from the air||low resistance to conditions of high moisture, hygroscopic|
|Resistance to chemical factors||resistant||not resistant to organic solvents||resistant|
|Acoustic insulation||very good||poor||very good|
|Heat resistance of insulation for thickness 13 mm||0,722 m2K/W||0,351 m2K/W
(dla śr. Λ=0,037 W/mK)
(dla śr. Λ=0,038 W/mK)
Aerogel mats are widely used in industry, especially in the heating sector. They work well in the insulation of high temperature pipelines, furnaces, fireplaces and wherever conventional insulation cannot be used due to its thickness.
Our insulators work extremely well in various modes of transport, including ships, rolling stock, tankers, caravans and yachts. They ensure minimal heat loss, space saving and acoustic comfort.
Due to their low thickness and low thermal conductivity coefficient, aerogel mats operate extremely well in construction. They provide very good insulation for any thermal bridges and are also suitable for the insulation of window sills, balconies, and window and door joinery.
Aerogel mats are widely used in the insulation of everyday items such as tourist equipment (tents, sleeping bags, thermoses, thermal bags), as well as winter shoes and clothing. They provide resistance to extreme temperature and humidity conditions.
|Category||Object||Joist dimensions||Quantity||Gross weight|
|301003||Evergel 3 mm||150xØ38 cm||36 m2||27 kg|
|301005||Evergel 5 mm||150xØ40 cm||36 m2||44 kg|
|301008||Evergel 8 mm||150xØ51 cm||36 m2||62 kg|
|301010||Evergel 10 mm||150xØ58 cm||36 m2||70 kg|
|301013||Evergel 13 mm||150xØ62 cm||36 m2||79 kg|