Combine warmth and elegance with mirrors that offer infrared heating. These innovative mirrors efficiently heat your space and come with additional features such as anti-fog technology, integrated towel warmers, and optional Bluetooth connectivity. Available in various styles, they seamlessly fit into any modern interior. An energy-efficient and stylish solution for comfort and design.
The consumption of indoor infrared heating depends on: the size of the space (m²) you want to heat, the outside temperature, the insulation level of the house, the number of windows (glass is always a cold bridge), and the current energy prices.
Initially, both the investment cost and the installation costs are very low. Furthermore, you can expect a decrease of up to an average of 30 to 40 percent in annual energy costs. With solar panels, you can save even more on top of that.
In terms of energy consumption, we can say that our infrared systems save approximately 30 to 40% compared to conventional heating using electricity (accumulation), gas, or heating oil.
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An infrared mirror combines the functionality of a mirror with an infrared heating system. It heats the space using infrared radiation, which directly warms objects and people without heat loss to the air. Additionally, the mirror remains fog-free during use, making it ideal for bathrooms.
For a room of approximately 20 m² with a constant temperature of 18°C, it takes about 15 minutes to reach 25°C.
However, the radiant heat from infrared devices ensures that you start feeling a pleasant warmth within just 5 minutes.
No, infrared heating does not dry out the air in a room. It directly heats objects, surfaces, and people through radiant heat, rather than warming the air like convection heating.
As a result, the humidity level in the room remains unchanged.
Yes, infrared heating is highly suitable for bathrooms. It provides silent, even heat without air circulation, creating a comfortable and cozy environment after showering.
Additionally, it can be used to heat only specific areas of the bathroom, making it an energy-efficient option.