What advantages has a micathermic heater

The micathermic infrared heater was recently introduced to store shelves, boasting technologies inspired by medicine and astronautics.

Principle of operation

What exactly is a micathermic heater? It’s an innovative infrared device that operates by emitting radiation, which first penetrates objects and items within its range and then warms up the surrounding air. This unique heating method prevents the air from becoming dry, thereby maintaining a comfortable level of humidity in the room. Similar to how the sun warms both the environment and individuals who are exposed to its rays, the feeling of warmth from a micathermic heater disappears once you step out of its radiation zone. For more detailed information on how this device works, please refer to the principle of operation of the heater with infrared radiation.

These heaters are particularly recommended for spaces without central heating, such as summer houses, garages, and small workshops.

Unlike oil heaters, which require at least three hours for the heating effect to become noticeable, the micathermic device provides instant heat upon switching it on.

Device

In this device, the heat is generated by a plate that evenly emits either infrared radiation or heat waves. The plate itself, however, remains cool to the touch, eliminating the risk of burns upon accidental contact. Composed of numerous layers, the plate is coated with mica on both sides, negating the need for a coolant in micathermic heaters and preventing coil burnout. Encased in metal, the plates are equipped with grids on either side that allow for the unobstructed passage of radiation. With two grids, the heating element is able to radiate heat in two directions. As improvements were made to the devices, two additional layers were added to the plate, both situated on the same side: the first layer reflects heat, while the second layer concentrates it. Thanks to these additions, warm air currents began to spread in a single direction, giving rise to wall-mounted and single-sided heaters.

Advantages and disadvantages

• Take into consideration all of the claimed advantages by the manufacturers.
• Take into consideration the feedback from individuals who utilize the appliance.
• Summarize the disadvantages that arise during the operation of the device.
• Micathermic heaters, when plugged into the power source, immediately commence radiating heat, warming up objects within the radiation range, rather than wasting time and energy heating up themselves.
• Sporting a lightweight design.
• Due to the fact that the panel is not heated, but merely emits waves, its temperature does not exceed 60 degrees. At this temperature, it is impossible to burn oneself.
• Consumes 30% less electricity than its counterparts.
• If there is no heating element that comes into contact with the air, then the device does not decrease air moisture and does not deplete oxygen levels.
• Operates silently.

These were the device’s advantages as stated by the manufacturers. What do the reviews say?

Once the device is connected to the power source, there is no immediate sensation of heat. However, it gradually spreads after a short period of time if a person remains within the radiation zone. Many reviewers appreciate the device’s lightweight construction, as it allows for easy installation anywhere in the room.

Regarding heating temperature, it has been noted that one can touch the device while it’s on for several minutes without the risk of burns.

Also, check out our article on various types of infrared heaters.

Every contemporary heater is an appliance that converts electricity into heat. Its efficiency can reach up to 98%, meaning that almost all of the electricity used is transformed into heat. If you compare two devices of different types, but with the same power, they will generate the same amount of heat. Therefore, micathermic heaters cannot save 30% of energy.

All heaters are manufactured in compliance with sanitary regulations, ensuring that no modern heater should burn oxygen or dry out the air.

1. As a person moves farther away from the device, they will feel less heat.
2. The room only warms up in areas where infrared radiation can pass through.
3. Dust easily enters the heater through its grille, making it difficult to remove.

The cost of the device is significantly higher compared to conventional heaters.

What to pay attention to when buying

To make the right choice when selecting a micathermic heater, it is important to understand its unique features.

Mica is used as a covering for the plates in micathermic heaters because it does not release any gases, even at temperatures as high as 1100 degrees.

There are several reasons why mica is the preferred material for this purpose:

1. Firstly, mica is a natural insulator, meaning it does not conduct electrical current, absorb water, and is highly durable. By coating steel with mica, a long-lasting heater is created.
2. Secondly, by applying a specific thickness of mica to the plates, the characteristic crackling sound that often accompanies the heating process is eliminated.
3. Lastly, dust does not burn on the surface of mica, ensuring a clean and efficient heating experience.

Micathermic heaters start operating at full power as soon as they are plugged into the power supply. Hence, a 1.5 kW device will be sufficient for an apartment. Ensure that the thermostat is present, as its absence would require manual disconnection and reconnection of the device.

It is advisable to consider the desired location for heating. In this regard, there is a wide range of models available: they can be floor-standing, wall-mounted, or ceiling-mounted, and also built into walls or furniture.

For those who enjoy staying warm while watching TV shows, there is an option to purchase a fanless version of the heater. Instead of heating up the entire room, these devices concentrate their heat in specific areas. This allows you to move to parts of the room that are not directly exposed to the infrared rays. Some models even come with a remote control.

The newest heater models have the ability to change their operating mode automatically.

If the unit is installed on a 2.5 m high ceiling, it can cover an area of 20 square meters. The heater is mounted on the wall and cannot be relocated.

When in use, 80% of the generated heat energy is converted into infrared radiation, while the remaining 20% heats up the surrounding air.

Other features of these devices include moisture and water resistance, making them suitable for use in bathrooms.

Micathermic heaters are relatively new and are only manufactured by a few companies. They come with various safety features, such as protection systems, thermostats, timers, and can even have touch panels or remote controls. Customers have the freedom to choose a model that suits their preferences and the size of their rooms.