Set the delivery location to see products according to your choice.
Key features:
104 Coins
To earn Skroutz Coins, join Skroutz Plus and accept the terms of the reward program.
You're covered by the statutory 2-year warranty. Contact us and we'll handle the entire process with the store, ensuring your issue is resolved with prompt support through a repair, replacement, or refund.
No problem, as long as it's within 14 days. We'll come pick it up or you can choose the Skroutz Point that suits you, completely free for up to 2 times per year, and we'll refund your money. Get Skroutz Plus to enjoy unlimited free returns.
The Kermi radiators are of top aesthetics and quality, awarded for their exceptional design (industrial design award - Hanover '95) have a high thermal transfer coefficient so that they perform even at low operating temperatures. Traditional heating installations operate with water at a temperature of 90°C / 70°C.
On the other hand, modern heating installations operate with water at a temperature of 70°C / 55°C. The Kermi radiators are designed to operate efficiently at these temperatures.
The Kermi radiators have X2 technology that allows the serial operation of the heating plates of the body. In this way, the radiators achieve a 25% faster temperature rise, up to 100% more radiant load, and a reduction of up to 40% in losses in external structural elements.
The combination of all these advantages of X2 technology leads to fuel savings of up to 11% compared to conventional heating bodies.
In panel radiators, the switch enters with one side of the body and has an external tube that connects the top with the bottom of the radiator.
The type of columns is represented by the number 11 (single column), which means it has 1 water-bearing column and 1 manifold welded to increase the heated surface.
The total thickness of the body is 6.1 cm.
It is very important to make the right choice of the radiator body according to the dimensions of your space. The dimensioning of the radiators should be done by an engineer after studying the space and calculating the losses. The wrong choice of the radiator can lead to insufficient heating or excessive heating of the space, resulting in energy waste.
A practical and simple way to calculate the required calories on your own is to multiply the height, width, and length of your room, in meters. Then, multiply the result by the number 50, which represents an approximate value for possible losses.
However, this calculation method is indicative and does not replace the study that an engineer will conduct, which will be completely accurate.
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.
