Why you should choose Vipeq Thermal CorkShield
ABOUT OUR PRODUCT
Thermal CorkShield™ is the most advanced green energy product on the market right now. Our product brings the amazing natural characteristics that cork has, and applies them to your home. Some of these benefits are, thermal Insulation, a water barrier and sound dampening. Keep scrolling to learn more about our product.
Improved Home Exterior
Our product not only lowers utility bills, but it also adds beautiful texture and colour making your home stand out for years to come!
Lowers Utility Bills
When the cork is applied to the surface of your home, it creates a thermal barrier that keeps the out side elements, outside. This leads to lower utility bills month after month.
Eliminates Maintenance
Our proprietary formula that was developed over years of research has allowed our product to not only keep the elments out but also hold its shape and color.
HOW IT’S DONE
What our Customers Think
About our Product
Cork Properties
THERMAL INSULATION:
One of the properties of cork is that it will not go below 0° or above 30° C. This means that the surface of your home or building will feel cool in the summer and warm in the winter. This creates a Thermal Break reducing your energy bills.
FIRE RETARDANT:
Non combustible does not propagate flames nor does it release incandescent particles.
LIGHTNESS:
The Corks volume is made up of 88% air. This translates to a low density, between 0.12 and 0.24 Litres/2.2 Kilogram, reducing structural concerns.
ACOUSTIC INSULATION:
Our cork will make your home or building quieter by absorbing sound. This is why sound studios still use cork to help prevent sound reverberation.
ELASTICITY:
Our product has elastic properties which means that it can expand and contract depending on the weather. Unlike stucco and paint, our product will not chip or crack.
HIGH FRICTION COEFFICIENT:
The cork is lined with micro suction cups that permit it to adhere to the surface without allowing it to slide.
HIGH IMPERMEABILITY:
The diffusion of liquids and gases through the cork is very difficult; it allows vapors to escape to the outside through the plasmodesmos.
