HYBRID ceramic panels - everything you need to know about modern and healthy heating

What is Infrared Heating?

Infrared heating is part of the spectrum of invisible light and has several subtypes. It is one of the natural forms of heat transfer that accompany us daily. The Earth receives a huge amount of heat from the Sun every day exclusively through infrared waves. The Sun also emits a range of other electromagnetic waves, some of which, unlike infrared waves, can be harmful, such as ultraviolet rays. Infrared panels do not produce ultraviolet rays, only beneficial infrared ones.

What is the Impact of Infrared Rays on Health?

Heating a room with infrared panels eliminates moisture and mold, reduces dust formation, and thus lowers the risk of respiratory diseases. This innovative and natural heating system is beneficial for health.

Infrared heat penetrates deep into tissues, promoting improved blood circulation. Infrared heat is the most natural type of heat. Infrared heat promotes relaxation and reduces stress levels, which can positively affect sleep quality. In addition to the positive effects of infrared rays on health, the HYBRID ceramic panel itself has a beneficial effect as it heats up to only 70°C, therefore not burning oxygen or raising dust, ensuring clean and fresh air in the room. This additionally contributes to better well-being and comfort. Infrared rays are well-studied and have a positive impact on our bodies.

How Do HYBRID Ceramic Panels Work?

The advantage of HYBRID ceramic panels over conventional infrared panels is that they use a hybrid method of heat transfer, combining two heating principles: infrared and convective heat flow. This approach allows achieving maximum heat output with an optimal size-to-power ratio.

A heated ceramic panel at a temperature of 70°C is an efficient heat source that operates in the long-wave infrared spectrum of 7-14 microns. The convective heat flow is created between the wall on which the panel is mounted and the panel itself, whose back side heats up to 85°C. The high level of thermal efficiency allows significantly reducing heating costs compared to traditional heating methods.

Infrared heating does not directly heat the air; instead, the heat is absorbed by the walls, floor, and objects in the room. As a result, thanks to the warm surfaces of objects, the air is also heated, but without creating aggressive convection, as the temperature is evenly distributed throughout the room.

As a result, a uniform temperature is ensured throughout the room. The infrared ceramic heating panel, heating all objects, turns your room into one large radiator.

Installation of the HYBRID Heating System.

One of the key advantages of the HYBRID heating system is its speed and ease of installation.

Unlike the installation of a heat pump or gas heating system, which requires the involvement of a whole team of highly qualified specialists, the installation of HYBRID ceramic panels requires only a few simple steps. The panels are easily mounted on the wall using branded brackets, and they can be connected to the electrical network without the need for complex engineering solutions.

An important advantage is the installation of an individual thermostat in each room. This provides individual temperature control, which primarily increases comfort and allows meeting the needs of each family member. Additionally, it contributes to further savings as heating costs can be precisely controlled.

The HYBRID heating system allows significantly reducing time and cost on installation and provides efficient and reliable heating in the shortest possible time.

HYBRID – 100% Efficiency.

HYBRID ceramic infrared panels convert 100% of electricity into heat, which is immediately transferred to the room where they are located. This is different from traditional water heating systems, where you first need to heat the water, then it passes through the pipes to the radiators, and only after heating the radiators, the heat reaches the room.

With HYBRID, ventilation losses are reduced since there is less hot air in the room, and the air temperature rises faster because heated objects that accumulate heat warm it up quicker, and as a result, HYBRID panels operate for a shorter time.

Over time, as the walls dry out, the insulation effect is enhanced. The fact is that damp walls in some cases reduce the insulation effect by up to 50%.

Each room can be heated exactly as much as needed. At the same time, we avoid problems with condensation during rapid temperature increases. The system is extremely sensitive, which means additional savings during the transition period.

HYBRID ceramic panels allow for even more savings when combined with photovoltaic systems.