STP Aerocell QP Genio
Hacking technologies – 15 forces in one solution!
Application:
Doors, Roof, Trunk cover, Floor, Arches (exterior treatment)
STP AEROCELL QP GENIO is an innovative material that combines a high-performance polymer layer with the patented Aerocell granules. It is designed to address a wide range of issues related to longevity of the car and comfort of drivers and passengers.
COMBO-STRUCTURE TECHNOLOGY
Aerocell QP is the world’s first material to combine a polymer and EPP granules within the same layer.
MULTITASK TECHNOLOGY
When using Aerocell QP, the fundamental principle of noise insulation is changed, implying three layers with different functions. Now, all the necessary functions are performed by one sheet material with a complex structure. This greatly simplifies and accelerates the process of applying products on the car.
Moreover, Aerocell QP has numerous additional properties that improve the car’s quality performance (15 forces).
Speed of applying and affordability allow to increase competitive advantages of services considerably.
COMBO-STRUCTURE TECHNOLOGY
Aerocell QP is the world’s first material to combine a polymer and EPP granules within the same layer.
MULTITASK TECHNOLOGY
When using Aerocell QP, the fundamental principle of noise insulation is changed, implying three layers with different functions. Now, all the necessary functions are performed by one sheet material with a complex structure. This greatly simplifies and accelerates the process of applying products on the car.
Moreover, Aerocell QP has numerous additional properties that improve the car’s quality performance (15 forces).
Speed of applying and affordability allow to increase competitive advantages of services considerably.
-
Package type: thermo container
- Package contains: 40 pcs
- Sheet size: 0.5 х 0.32 m
- Weight of the pack, kg: 26.5 kg
- Sheet mass: 0.67 kg
- Foil thickness: 100 µm
- Thickness: 4 mm
- Air noise insulation index: 30 dB
- Temperature range of use: from -20 to +70 °С
- Material efficiency factor: 36.5%
- Mechanical Loss Factor (MLF) (at +20 °C): 0.33 c.u.
.svg){kind=small}
