Carbon is an infrared heater whose heating element is made in the form of an infrared lamp with a carbon filament. The use of carbon improves the consumer qualities of the heater - its service life increases, the likelihood of the lamp burning out decreases (including when the heater falls), and the safety of use increases, because The temperature of a carbon lamp is lower than that of a quartz lamp. And the price of carbon heaters has already approached the prices of conventional infrared heaters.

Like any infrared heater, a carbon one warms objects and people around it thanks to the infrared radiation it emits. It does not heat the air in the room. This does not consume electricity. The air is heated by already heated objects.

Pros and cons of carbon heaters

The advantages of a carbon heater are similar to the advantages of any infrared heater, but are in many ways superior to them:

• economical and energy efficient - all consumed electrical power is used to heat objects and people;
• safe and comfortable - does not burn oxygen, does not heat up to high temperatures, gives soft warmth;
• emits heat immediately after switching on and regardless of the ambient temperature;
• some models can also be used outdoors or for heating a bathroom or children's room;
• lightweight and compact, any method of installation or orientation in space;
• does not require professional installation - take it out of the box, turn it on and it works;
• does not make noise, does not generate dust, does not emit anything.

Disadvantages of carbon heaters:

• a carbon lamp can be broken - require careful handling;
• emit light - this may interfere with your sleep;
• stop emitting heat immediately after switching off.

How to choose the best infrared carbon heater?

For outdoor use, choose only models suitable for this purpose. For example, Veito heaters. For indoor use (at home, in the office or in the country), choose a heater in accordance with these recommendations:

• small floor-standing models with one or more short horizontal lamps are suitable only for heating the feet (for example, under a desk);
• the general rule is that the longer the lamps, the greater their power and the higher the comfort - long lamps cover a larger surface with heat;
• for a mobile floor heater, choose models with vertical lamps - they cover a larger space with heat and are more comfortable to use;
• the presence of a remote control or rotating lamps further increases convenience, but is not at all necessary;
• heaters with long horizontal lamps are only suitable for stationary mounting, and if they are equipped with a tripod stand, then such heaters should be installed as high as possible. But, nevertheless, such models on stands are better suited for heating objects or sitting people.
• It is best to mount carbon heaters on the ceiling above places where you sit or lie down - because... Only in this case will the heating of people be uniform. If you stand under a ceiling-mounted IR heater, your head will become very hot and your feet will be cold.

Prices for carbon heaters start at 2,500 rubles and depend on the power of the device, the degree of dust and moisture protection, as well as additional functions, such as programmable control, the presence of an electronic thermostat, remote control or rotation function.

The advantages of carbon heaters are clear

1. Heat begins to flow immediately after switching on:

2. The carbon heater emits only heat and does not spread dust:

3. Combines the advantages of quartz and halogen heaters.

The list of types of heating devices could take a very, very long time. These include infrared film heaters, gas and electric wall convectors, water radiators, heat guns and much more. But what is a carbon heater? Behind such an interesting name lies a fairly common heating device with which hundreds of thousands of people are familiar. Now you can get acquainted with this device.

What will we talk about in this review?

• About the design of a carbon heater.
• About choosing these devices.
• About the advantages and disadvantages of this heating equipment.

In conclusion, you will be greeted by user reviews that will confirm the positive qualities of the carbon heaters they use.

Design and principle of operation of a carbon heater

Such devices use glass tubes with carbon fiber inside as heating elements.

Carbon heaters belong to infrared heating equipment. They are small in size and have a good appearance, allowing you to quickly warm residential, office, administrative and utility rooms. Their key feature is their high efficiency, which is not typical for electric heaters.. And behind all this lies a fairly simple device - there is practically nothing to break.

How does a classic carbon infrared heater work? In its design, it resembles the most ordinary floor heating device, built on the basis of a nichrome spiral. Only instead of nichrome, a carbon heating element is used here. It is a thin glass tube from which air has been evacuated. Inside this tube is carbon fiber that is heated by electricity.

In some ways, all this is reminiscent of a light bulb, only such a “light bulb” shines in the long-wave infrared range, providing excellent heating of rooms and warming people.

The carbon fiber tube contains two electrodes; alternating current is applied to them, under the influence of which the fiber becomes hot and begins to radiate heat. Additionally, the design includes the following system:

• controls - they work on the basis of thermostats, preventing overheating of surrounding objects;
• protection – provide protection for the equipment itself;
• remote control - found in the most advanced heaters;
• turning the body - you can easily redirect thermal radiation in one direction or another.

Also, some models have stepped power regulators - most often they are found in heaters with two heating elements, allowing you to adjust the intensity of heating.

The operating principle of an infrared heater is simple: it heats the surrounding objects rather than the air.

How do carbon heaters work? We have already said that the infrared principle of heating rooms is used here. The devices generate infrared (thermal) radiation, which gently warms up surrounding objects - these can be floors, chairs, cabinets, and other interior items. Sitting next to such heaters, you begin to feel that the warmth is literally creeping inside you.

What is good about this working principle? Yes, at least because it allows you to heat large rooms without drying out the air or changing its humidity level. In the case of carbon heaters, we can add that they also do not burn oxygen, since there is no open contact of the heating element with the air (carbon fiber is isolated from the atmosphere using a thin layer of tempered glass).

We have already said that the main advantage of carbon heaters is their efficiency. Look - a classic electric convector with a power of 1.2 kW is designed to heat an area of ​​12 square meters. m (based on the fact that 1 sq. m of area should account for 100 W of thermal power). An infrared carbon heater of similar power can heat a room of 30 square meters. m. That is, almost 2.5 times more with the same power - this is very, very profitable.

In order to ensure ease of use, there are various types of heaters on the heating market. The most common are floor-standing models - the majority of them are on sale. As for ceiling and wall varieties, they are much less common. Ceiling models are optimal for use in industrial premises with high ceilings.

Advantages and disadvantages of a carbon heater

Even despite their small dimensions, these devices are able to maintain heat in medium-sized rooms.

• efficiency - electric heating is traditionally considered expensive. Conventional heating devices, convectors and heat guns consume electricity. As for similar models, they consume 2.5 times less to heat the same area;
• miniature – carbon heaters are small in size. The smallest models have a height of 20-30 cm. At the same time, their power is quite enough to warm up a medium-sized room (800 W per 20 sq. m is an excellent result);
• they create coziness - they emit a soft orange light, which is associated with a burning fireplace;
• there is no effect on oxygen levels in the air - carbon fiber in carbon heating elements is isolated from the atmosphere by glass;
• there is no harmful effect on humans - if you do not sit close to each other and correctly calculate the power, carbon heating elements will not cause you any harm;
• there are no unpleasant odors characteristic of classic devices with spiral heating elements;
• durability of the heating element - hot carbon fiber is in a vacuum, so it is not afraid of corrosion.

What are the disadvantages of carbon heaters? There are very few of them:

• fragility of the heating element - in the event of a fall or strong impact, it can break, although durable tempered glass is used here;
• the possibility of getting a headache if you are very close to the heater– this is difficult to consider as a disadvantage. Rather, it is a consequence of improper use.

Also, you cannot dry clothes on such devices, as they like to do on oil batteries.

If you look thoroughly, you can’t dry clothes not only on carbon heaters, but also on any other electric heating devices.

When choosing a tall model, make sure it is equipped with a rollover shut-off system.

Economical carbon heaters for home – how to choose them? Everything is very simple - you should focus on the dimensions and power. If you have space on the floor, you should opt for floor-standing models. The most uniform heating is provided by tall models in the form of columns. In addition, they look good in the interior. As for the selection by power, a device with a power of 1 kW will be enough for about 25 sq. m area.

Do you need energy-saving carbon heaters for your garden? We recommend choosing any small-sized models. Remember that even the lowest power model (800 W) will be enough for almost 20 square meters. m of living space. Buy heating equipment for your dacha that can be easily placed in a car and taken with you to the city (theft often flourishes in non-residential dachas, especially when the owners are absent for a long time).

Another selection criterion is the availability of security systems. We recommend looking at models that have a thermal shut-off system and a rollover shut-off system. These systems will protect heating equipment from damage and help prevent accidental fire. Therefore, special attention is paid to the presence of security systems.

A carbon heater is a device consisting of carbon fiber, which is enclosed in a vacuum quartz tube and heats the room using infrared radiation.

This is a fairly new type of heater, which was invented at the turn of the two millennia and quickly gained popularity among buyers due to its performance characteristics and original appearance.

Design and principle of operation of infrared carbon heaters

A carbon heater is one of the types of infrared heating devices that uses a hydrocarbon filament instead of a tungsten filament as a heating element.

Such a heating element has high thermal conductivity and, accordingly, has higher heat transfer. In this regard, a carbon heater with a power of 1 kW heats a room with the same area and to the same temperature as, for example, an oil radiator with a power of 2-2.5 kW.

The carbon fiber is enclosed in a tube from which the air is completely evacuated. Electric current passes through it and it heats up. As a result of this, infrared rays are emitted, which hit objects and heat them. Then these objects, the heating depth of which reaches 2-2.5 cm, begin to release heat into the room, distributing it evenly over the entire area.

The carbon fiber does not change its length when heated and does not break during sudden cooling. This property of carbon heaters implies a long service life.

An infrared carbon heater heats up to a maximum temperature of 90 degrees and eliminates the combustion of oxygen, which distinguishes it from other types of devices.

The heating element is covered with wire mesh, which eliminates the possibility of burns. Most carbon heaters have temperature sensors, with the help of which the temperature is set and then, after reaching the specified values, the device turns off. In addition, they are equipped with fireproof devices that turn off the heater when tilted and overheated.

Types of carbon heaters

Carbon heaters are available in several types on the equipment market:

In addition to the main types listed, we can also note carbon heaters, which have several heating elements and have significant power and a larger area for heating the room; heaters in the form of a cascade; heaters that are installed secretly, under the finishing coating, but this type is difficult to install on your own, so it is better to hire professionals for such work.

Pros and cons of carbon heaters

Advantages of carbon heaters:

• The use of devices with infrared radiation for heating has a positive effect on the functioning of the human body, increasing blood circulation, positively affecting the gastrointestinal tract and, very importantly, plays the role of a sun substitute in winter, thanks to beneficial radiation.
• Significant energy savings. Thanks to carbon fiber, heat transfer increases, which leads to faster heating of rooms with less power consumption.
• High environmental friendliness is characteristic of all heaters with infrared radiation. Such devices do not burn oxygen and do not dry the air. In addition, no harmful substances or odors are released during operation.
• Possibility of heating outdoors, a characteristic feature of carbon heaters.
• Pleasant and modern design for all types of such devices.
• High protection against moisture.

Many buyers, before making the final decision to purchase an infrared heater, ask themselves: is there any harm from carbon heaters? So, the answer will be clear.
A carbon heater cannot cause harm, because infrared radiation is not only absolutely safe for humans, but is even beneficial, and the carbon, tightly pressed into the tube, does not evaporate while in a vacuum. But such a heater still has some disadvantages.

Disadvantages of carbon heaters:

• Quite a fragile design. If you read some forums about carbon heaters and reviews, you can sometimes see complaints about the fragility of the structure. The concern is the carbon tube, which may burst if dropped.
• Price. It is not prohibitive, but higher than that of some other types of heaters.
• Presence of extraneous sound. There is no noise as such, but when it cools down, which doesn’t last long, you can hear a crackling sound, so people who find this unpleasant can look for another option.

Video review of the Veito CH1800 XE carbon heater

Among the heating devices offered for sale today there are also carbon heaters. This is a new type of infrared emitters - devices for heating rooms and open areas. They are considered one of the most advanced, safe and economical devices of this kind.

But these devices are not yet widely used and are not known to all consumers. Many people wonder what carbon heaters are, how they work, and what advantages and disadvantages they have. Those who have already decided to purchase a carbon heater do not always know how to choose it.

Heaters with a new type of heater were invented and patented in Japan in 2000. The design of carbon heating devices is similar to that of other IR emitters. They consist of the following components:

• A heating element that generates infrared radiation.
• An aluminum or steel reflector that creates a reflection zone and gives it the required shape and direction.
• A thermostat that maintains the temperature at a given level.
• Fire hazard sensors that turn off the device in dangerous situations - when it tips over or overheats.

All parts are placed in a durable heat-resistant case.

But a carbon heater also has a fundamental difference from other similar devices - the material for its heater is not metal, but carbon fiber. A spiral of it is enclosed in a hollow vacuum tube made of quartz glass. Together they make up the heating element.

A carbon heater works on the same principle as any other IR emitter. The heating coil, when current passes through it, produces radiation in the infrared range. It is also called thermal: it is perceived by the human body as a sensation of heat.

Unlike heating devices that operate on the principle of convection, carbon heaters do not heat air flows, but the surrounding objects to which the radiation is directed. Radiant energy emitted by the heating element, falling on objects, turns into thermal energy and heats them. After which they give off heat to the air, creating a comfortable microclimate in the room.

Infrared heaters do not heat objects, but warm them up, because the depth of penetration of the rays into them is insignificant - about 2 cm.

Classification and its principle

Heating devices with a carbon spiral can generate infrared rays with different wavelengths, which is why they are divided into the following types:

• shortwave;
• medium wave;
• long wave.

The difference between them lies in the temperature to which the carbon fiber filament can heat up, as well as in the intensity of light radiation. In short-wave devices it heats up to its maximum and emits soft yellow light. Because of this, they are called light. These are powerful devices; they are used both in everyday life and for heating large industrial facilities.

Long-wave heaters are characterized by minimal heating. They generate waves in the long-wave part of the infrared spectrum and do not glow when operating. Long-wave emitters are called dark emitters. Medium wave devices occupy an intermediate position.

According to the installation method, carbon heaters are divided into mobile or portable and stationary. The first ones are placed directly on the floor, if necessary they are moved to another place in the room or another room, the second ones are mounted on the walls, ceiling or suspended from it.

Stationary and portable models of carbon heaters differ in shape, design, body color and the material from which it is made; the situation does not affect their performance in any way, but expands the possibility of choosing the desired model.

Disadvantages and advantages of a carbon heater

Carbon radiators have a number of advantages over other types of electric heaters. They compare favorably with convectors and fan heaters due to their increased heat transfer and efficiency. They do not heat the air rising to the ceiling, due to which the lower part of the room remains cold for a long time, but they make objects located on the floor warm.

Due to this, the operating time required to achieve the set temperature is significantly reduced. Energy consumption for devices with carbon fiber at the same power and efficiency is 2–2.5 times lower. Additionally, they are capable of locally heating only the area they are aimed at. This reduces the cost of expensive electricity and allows you to save on it.

Heating devices of this kind do not require time to warm up, because the coil in them heats up instantly, and after turning off it cools quickly. Since carbon fiber is not a metal, but carbon fiber, it does not burn oxygen during operation. Devices with carbon heaters do not dry out the air in the room where they are installed.

They operate absolutely silently, unlike fan heaters. It is impossible to get burned on them - the quartz glass tube is securely closed with a metal grill, so owners can safely place the carbon heater in the children's room.

Heating devices with infrared radiation also have disadvantages. This is a relatively high cost, the possibility of fire and a limitation on the size of the premises in which they are allowed to be installed. Manufacturers note that the distance from the device to a person should not be less than 1.5 m, so for small rooms it is better to look for another heater.

Features of choosing a carbon heater

Owners can use a carbon heater for both primary and additional heating of rooms. It all depends on the area that requires heating; the temperature depends on the comfort for the owners. If the room is small, a long-wave model will be sufficient. For spacious rooms you will need a medium wave or short wave device.

A ceiling heater is recommended for those who like to walk barefoot on the floor. It will always be warm, since the radiation rushes vertically down. Small models can look beautiful in a suspended ceiling design, giving it an original look.

For those who want to minimize the space occupied by the device, a wall-mounted model is suitable. It would be appropriate opposite the following furniture:

• bed or sofa;
• armchairs where they like to spend time reading books or watching TV;
• table where children do their homework.

And in order to be able to regulate the direction of radiation, it is worth paying attention to devices that can rotate at a certain angle.

Those who want to use their heater not in one room, but in several, need to opt for mobile floor models. They are compact, weigh a little, and owners can easily leave them near the bed of a child or sick person to quickly warm them with pleasant warmth. The main thing to remember is that they need to be placed at a safe distance.

Shortwave units are universal. They are installed everywhere - in city apartments, country houses, offices, industrial facilities. They create the most powerful heat flow and can quickly raise the temperature in a frozen room. With their help, heating is carried out on the street, placed on the territory of a personal plot or cottage, on areas in front of establishments.

List of popular models

For those who find it difficult to choose an infrared heater based on carbon fiber, there is a rating of well-known models made in Turkey, Germany, and China.

The Turkish company UFO and its UFO STAR heater are very popular among consumers. It has 4 power levels, with a maximum of 3 kW, it is capable of heating an area of ​​30–40 square meters. meters. The price of this IR emitter is high, but the quality is also high, which is confirmed by a warranty period of 3 years. It can be installed in any part of the room - on the ceiling, floor, walls.

Heater UFO STAR

The German company Zenet produces a good floor-standing model ZENET ZET-501. With a power of 900 W, it is capable of maintaining comfortable warmth in a room of 20 square meters. meters. The heater is lightweight, capable of rotating 180 degrees and automatically turning off when tipped over.

The POLARIS PKSH 0408RC model is manufactured by the international concern Polaris, and it is no less popular. This is a floor heater that, with a power of 800 W, can heat the air in an area of ​​24 square meters. meters. Equipped with an LED display, control panel, automatic shut-off, overheat protection and a 4-hour timer.

A good choice would be the MAXIMUS LIGHT 2400 model made by the Chinese company Maximus. This is a wall-mounted heating device with a power of 2.4 kW. It is intended for use in a room of 24 square meters. meters. It has an affordable price.

These are not all models of carbon heaters that can be easily found in hardware stores or ordered online. The range of such heating devices is quite wide, so you always have the opportunity to choose the most suitable model for yourself.

Video: Infrared carbon heaters IKO

09.09.2015

Carbon heater - what is it? And what is its effectiveness

A carbon heater is a special type of infrared heating device that has proven itself well in the domestic market. Manufacturers position this device as the most modern and economical equipment that is used today for heating residential premises. Although many people are still afraid of the word “emitter”, and some even believe that they can actually significantly harm their health. In reality this is not the case, let's take a closer look at this heater.

How does a heater work?

Let’s say right away that the device is a lot like an ordinary infrared heater. The difference is that the heating element here is not a tungsten spiral, but a special carbon fiber made in the form of “curls” of cords and ribbons. This element is located in a quartz tube from which the air (vacuum) has been completely pumped out.

And the electric current that passes through the fiber heats up the carbon filament, as a result of which, in fact, infrared radiation is formed. Having reached surrounding objects, these rays heat them by approximately 2 centimeters; Then these objects themselves transfer heat into the air.

Note! The main advantage of these heaters (when compared, for example, with oil or fan heaters) is that their performance is very high with low electricity consumption.

For example, the power of an oil device of 1 kilowatt is enough to heat 10 m2, while a carbon device, having the same power, already heats 30 m2 and maintains the required temperature. Remember! Thanks to the special characteristics of carbon fiber, the described devices compare favorably with other analogues. Having the same efficiency, they consume approximately three times less energy.

But in addition to being economical, IR heaters are also distinguished by their attractive appearance, modern design and compactness. The heating element never heats up above 90 degrees, so the devices do not harm the environment or the microclimate in the room: the air is not dried out, and oxygen, accordingly, is not burned.

Review of popular models and average prices

There are quite a lot of models, as well as manufacturers. We will not consider all of them - we will focus only on the most popular heaters.

Note that the price range of the described heaters is large, but for really good quality you will have to pay more. German or Italian devices are somewhat more expensive, for example, than their Chinese counterparts. But if financial possibilities are limited, then you can easily purchase a model made in China; fortunately, among these there are also very good ones. In general, the choice is yours.

Micathermic heaters - what is it, operating principle

Basic criteria for choosing a heater

Before you go to the hardware store, be sure to decide on some questions. First, for example, you must find out what type of device you need - fixed or rotating. After all, both mobile and wall (or ceiling) devices have their own advantages and distinctive features.

Table of technical characteristics and main criteria for choosing infrared heaters

Note! Not only the microclimate in the house, but also the efficiency of its (device) operation will depend on the correct choice of heating device.

So, if we consider a non-rotary heater, then it is quite compact, which is why, in principle, it is becoming increasingly popular both in private homes and apartments. But rotary models are devices characterized by a large heating area, but they take up a lot of space. Therefore, such equipment is often used in offices, exhibitions, garages and other spacious facilities.

Table of prices and technical characteristics

In addition, you should select the correct power of the device (the same as with any other heater). The area of ​​the room that will be heated depends on this parameter. And if we talk about a carbon device, then it, having a power of 1 kilowatt, is capable of heating a room with an area of ​​10 m2. But outdoors it can heat a maximum of 6 m2. Based on this, we find out that for a room of 30 square meters a device of 3 kilowatts is quite sufficient.

Note! To choose a model that is truly suitable for heating a room, you should definitely talk to specialists. They know the modern market very well, are familiar with the models and know their strengths and weaknesses.

How do carbon heaters function?

If we compare carbon fiber with other metals used as heating elements in other types of devices, its thermal conductivity is much higher. Because of this, heat transfer is good. The described vertical design heaters can rotate 180°, due to which the emitted rays cover almost the entire room. The devices are portable, warming up occurs almost instantly, while cooling after switching off is also quite fast.

For safety reasons, it is equipped with an automatic shutdown if the case overheats, is in the wrong position, or falls. The heating element is located exactly in the center of the body, and it is also protected by a special iron grille. For this reason, it is almost impossible to get burned during operation.

Video - Carbon heater

Wall-mounted heaters are very popular among families with children. The optimal and comfortable way to heat a home (if we consider it from a safety perspective). And if such a device is mounted on the wall, then it does not occupy living space, while its performance remains at the same level.

Note! There are even ceiling models! They are usually installed inside a suspended ceiling.

The vast majority of models are equipped with a thermostat, which makes it possible to maintain the temperature required by the user. Rotary controls are usually used for control (they are located on the device body). More modern models are equipped with remote controls, thanks to which you can set the desired temperature without even getting up from your seat.

Carbon heating devices belong to the long-wave category. That is why the air humidity remains the same, and the oxygen in the air does not dry out. Simple controls can be mastered by anyone, even a child.

Electric wall heaters and their classification

The main advantages of carbon heaters

According to experts, the main advantages of such equipment are as follows.

• A powerful stream of thermal energy, the efficiency of which is much higher than that of a conventional infrared device.
• The human body warms up quite deeply.
• The heating element is protected not only from accidental touches, but also from moisture penetration.
• Heating occurs instantly, and purposefully.
• There is also protection against ignition, voltage surges and even overturning of the case.
• Such devices can even be used outdoors (for example, on a balcony).
• They consume electricity very economically.
• They are mobile and compact, and also have little weight (about four kilograms).
• High degree of fire safety.
• The service life of the heating element itself is almost unlimited. And indeed, it is reliably protected from dirt and moisture.

Another difference of the heater is that the rays produced by it have an extremely positive effect on a person (more on this at the end of the article).

Note! IR rays enter the body, which significantly improves blood circulation and also prevents ARVI, inflammation in the joints and muscles.

People who already use heaters talk about their additional benefits. First of all, this is their low price, simplicity and ease of use, silent operation, a feeling of warmth even four meters from the device, and no need for installation work. And women, for whom the attractiveness of their own home is important, add that a carbon heater goes well with almost any interior.

Flaws

Yes, there were some downsides in this case as well. Heaters have both strengths and weaknesses. First of all, this should include the heating element (and this, as noted above, is a quartz tube containing carbon fiber). So, if the device falls heavily, the tube may be damaged. Also, you should not try to dry washed clothes using a heater - it is completely unsuitable for this.

Medicine and healing properties of carbon devices

As we already noted at the beginning of the article, one of the main features of this equipment is that it has a beneficial effect on human health. The infrared rays generated by the heater penetrate very deeply - about 2 centimeters - into any objects, including the human body. And thanks to this, blood circulation in the tissues noticeably improves. In fact, we are now talking about thermal physiology, but it happens right at home.

If we talk about modern traditional medicine, it completely approves of the use of a carbon heater during the treatment of several different diseases. These include the prevention of the following pathologies:

• arthritis;
• various types of inflammation;
• cold;
• pain in the back and lower extremities, etc.

As you can see, this device can be used to warm up a cold baby if he has a cold.

Note! In addition, the described devices are considered an almost ideal way to create (and, of course, maintain) the required microclimate in the house. They (devices) are environmentally friendly, reliable and economical, sometimes equipped with special rotating stands, as well as a special protective system in case of various types of emergency situations.

Video – ZENET carbon devices

It is quite simple to control the heater - for this purpose there are special rotary controls on its body. More modern modifications are equipped with remote controls for comfortable adjustment, so that you can set the required temperature without getting up from your seat.

As a small conclusion

So, we found out that carbon heaters are the last word in the field of heating equipment, a modernized version of infrared heating devices. They consist of tubes where woven carbon fibers are placed in a vacuum. The devices differ in that they specifically heat objects around them, and to a certain depth (about 2 centimeters). With the same power, carbon appliances require three times less electricity than other heaters.