Why ThermIQ Is A Revolution in Insulation: An Insight into Innovative Insulation Technologies

In the world of building and insulation materials, there is often the question of how we can insulate our buildings more efficiently and in a more environmentally friendly way. This is where ThermIQ comes in, a breakthrough solution that goes far beyond traditional methods of thermal insulation. But what exactly makes ThermIQ different from traditional insulation materials? Let us look at this in detail.

The magic of heat reflection

One of the remarkable features of ThermIQ is its ability to reflect heat. Imagine you have a piece of paper that is illuminated by a flashlight — the light passes through the paper. If you now hold a mirror behind the paper, the light beam is reflected. This is also how the ThermIQ layer works on a wall, which looks like a mirror on both sides.

When thermal energy hits the wall from outside, it is reflected by the ThermIQ layer and stays outside the building. The heat that penetrates through the wall from within is also reflected on the ThermIQ layer and conducted back into the interior. This means that ThermIQ both blocks external thermal radiation and efficiently keeps internal heat in the building. This creates a double barrier that minimizes heat loss and increases the building's energy efficiency.

Why ThermIQ should be regarded as insulation

Traditional insulation materials such as polystyrene or mineral wool work primarily by increasing resistance to heat flow. This means they slow down the flow of heat by creating a physical barrier. ThermIQ, on the other hand, uses a completely different method: reflection. Heat doesn't always have to be stopped by resistance; it can also be reflected. A practical example of this is an emergency blanket, which reflects and holds the body's heat. ThermIQ products reflect thermal radiation both from outside and from within, which enables more uniform and efficient thermal insulation.

Extremely low lambda value

Another remarkable aspect of ThermIQ is its extremely low lambda value (thermal conductivity). While conventional vacuum panels achieve a lambda value of around 0.004 W/mK, ThermIQ has a value of 0.000049 W/mK. This is achieved thanks to the unique structure of polymer microspheres, which not only minimize heat conduction but also effectively reflect heat radiation. This concept is not based on the traditional understanding of thermal insulation, which is based on resistance, but on blocking and reflecting heat.

Versatile areas of application

ThermIQ products are known not only for their efficiency, but also for their versatility. They can be used both indoors and outdoors. This includes applications in residential buildings, public institutions and even in historic buildings where conventional insulation methods are often out of the question. The thin layers of ThermIQ (typically 0.5 mm) provide excellent insulation without affecting the aesthetic appearance of the buildings.

Environmental friendliness and safety

Another advantage of ThermIQ is its environmental friendliness. The products are water-based and contain no harmful organic solvents, making them a safe and environmentally friendly choice. In contrast, conventional insulation materials often have significant environmental effects, both during production and disposal.

conclusion

ThermIQ is revolutionizing the way we think about insulation. By combining reflection technology and efficient thermal insulation, ThermIQ products offer a superior alternative to traditional insulation methods. Not only are they more efficient and versatile, they are also more environmentally friendly and safer. It is time to expand our understanding of insulation and use ThermIQ's innovative solutions to create a more sustainable and energy-efficient future.

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