Infrared heating of industrial premises

It’s critical to identify practical and efficient solutions for heating large industrial spaces. Conventional heating techniques, such as forced-air systems or radiant heaters, frequently perform poorly in terms of even heat distribution and energy efficiency. This is where infrared heating comes into play, providing a viable substitute that is becoming more and more popular in industrial environments across the globe.

The basic idea behind infrared heating is that it uses infrared radiation to heat surfaces and objects in its path rather than heating the air directly. The surrounding air is subsequently warmed by this radiant heat, resulting in a pleasant and even temperature throughout the room. In contrast to traditional heating techniques, which may lead to temperature stratification and energy waste, infrared heating offers more consistent warmth and can be focused exactly where it’s needed.

Energy efficiency is one of the main benefits of infrared heating in industrial settings. Compared to conventional heating systems, infrared heaters minimize heat loss and use less energy because they target objects and surfaces directly. This efficiency makes it a desirable choice for companies looking to lower their carbon footprint because it not only results in cost savings but also helps to run a more environmentally friendly operation.

Additionally, there is flexibility in the installation and operation of infrared heating. These systems are a convenient option for retrofitting older industrial facilities because they can be easily integrated into existing infrastructures without requiring significant modifications. Furthermore, because infrared heaters can be zoned or individually controlled, customized heating solutions that meet the unique requirements of various areas within the building can be created.

Benefits	Drawbacks
Efficient heat distribution	Initial installation cost
Low maintenance	Requires suitable insulation for optimal performance

Heating of industrial premises – options and features of arrangement

Large spaces such as production workshops, offices, and warehouses come with a variety of features. It is therefore difficult to select the best option when it comes to accounting price, efficiency, and reliability. This article will discuss the most popular industrial heating techniques along with their characteristics.

Spacious production space

General information

Designing a heating system for an industrial space can be challenging, mainly because production rooms are typically larger in area and height and are constructed for specific technological uses. Furthermore, the process of installing heating pipes is frequently made more difficult by the machinery used in production.

Nevertheless, setting up the heating is a crucial task that cannot be completed for the reasons listed below.

• A correctly executed heating system provides comfortable working conditions, and, as a result, increases the performance of employees.
• Protects the equipment from hypothermia, which is very important, because the low temperature can cause its failure to fail.
• If we are talking about a warehouse, then maintaining a certain microclimate is of particular importance, since it affects the safety of the goods.

Heating warehouses is just as important as production.

Selecting the best system is crucial since it will reduce maintenance costs in addition to operational expenses.

Consequently, the following factors must be taken into consideration when selecting the heating systems for industrial spaces:

• The dimensions of the room (Square and height).
• The amount of thermal energy. which will be required to maintain the necessary microclimate.
• Simplicity of operation and maintenance of heating equipment. as well as its repair capacity.

As of right now, the most often utilized industrial heating systems are as follows:

Take a look at each of these types’ characteristics below.

Plan for basic water heating

Heating options

Central water heating

The local boiler room or central heating system is the source of thermal resource in this instance. Coolant circulates through pipes to heat heating radiators, enabling heating to occur. The benefit of this approach is that it can potentially heat large areas fairly uniformly.

There exist multiple approaches for implementing water heating in industrial buildings. To begin with, the kind of fuel that the system operates on can vary. As a result, the availability of the energy carrier influences the choice of boilers.

Commercial gas boiler

The most popular kinds are as follows:

Gas equipment will be a good option if connecting to the gas pipeline is possible. True, one should keep in mind that this kind of fuel’s cost tends to rise.

Can be a cost-effective solution, but they require a lot of work to operate. It is true that certain models are automated; for example, you don’t have to manually fill the furnace with fuel. That being said, you will need to maintain the chimney and firebox. Therefore, it is essential to weigh all of the benefits and drawbacks of this kind of equipment before choosing it.

The requirement for a separate room and fuel storage container is a drawback. Furthermore, there will always be a need to replenish the supply, adding to the cost of transportation.

Although the equipment is easy to use, it has one disadvantage: it is very expensive to run. As a result, it is typically only utilized in situations where installing additional equipment is not feasible or where arranging for the heating of a production facility with a voltage of no more than 70 kV meters is required.

I have to admit that combination boilers that are fuel-efficient are excellent solutions. Specifically, they can address the issue of heating when there are disruptions in the gas or power supply. The price is their only downside.

The primary criterion used for classifying these devices is the kinds of burners that are installed. The most common equipment types to find for sale are the following:

Permit switching from gas to solid fuel, for example, if needed to save money.

They typically have a high power output, making it possible to heat large rooms.

Although the equipment is more functional, it is inefficient and has a small power output.

It is a very potent and versatile piece of equipment.

These are the most expensive units, but they are also the most functional.

Counseling! You can set the boiler to run at a lower temperature for the duration in order to save fuel.

Gas, diesel, electricity, and solid fuel boiler

Two schemes are available:

• One -pipe connection – all heating batteries in this case are connected sequentially to one pipe along which the coolant circulates. This option is suitable for heating only small rooms, since in large systems the latest radiators in the chain heat up much less than the first.
• Two -pipe connection – this scheme involves the use of individual pipes to supply hot coolant and the removal of the cold. This provides more uniform heating of all radiators.

In most industrial systems, a two-pipe scheme is employed.

Scheme for air heating

Air heating

For many years, air heating in production has been very popular. As a result, we may state that time is the test.

All of this is a result of its subsequent benefits:

• Air heating has higher efficiency than water.
• The air heats up evenly along the entire volume of the room from the floor to the ceiling.
• The ability to combine heating with the ventilation and air conditioning system.
• Regular change and air purification positively affects the well -being of employees.
• There are no heating radiators in the air system.

This heating is the best choice for heating large areas.

Infrared heating

By using infrared heaters, you can outfit industrial spaces with heating without using more conventional techniques. Furthermore, this kind of solution works really well.

They operate under the following tenet:

• Emitters produce radiant energy;
• This energy transfers heat located around the objects;
• In turn, air heats up from these objects.

Hence, the working principle of infrared heaters is similar to that of the sun, which uses infrared radiation to heat the earth’s surface, causing heat exchange and air heating.

The infrared heater in the picture

Take note! This principle prevents significant temperature fluctuations in the space as well as the buildup of hot air beneath the ceiling, which happens with conventional heating techniques.

Infrared heaters can be classified into the following types based on how they are installed:

The concept of infrared heating is shown in the figure quite clearly.

The waves that are emitted can be:

• Long-wave (dark)-their feature is that they do not radiate light even at their working temperature, which is 300-400 degrees Celsius.
• Medium -voltage (light) – the operating temperature reaches 800 degrees, as a result of which soft light is radiated during operation.
• Short -wave – glow fairly brightly, while the operating temperature is 400 degrees and above.

Depending on the kind of heating element, these gadgets may be:

• Halogen – the disadvantage is that when impact or fall, a vacuum tube can be damaged.
• Carbonate – the heating element of these devices is made of carbon fiber placed in a glass tube. The main advantage of the device, in comparison with halogen heater, is reduced energy consumption (about two and a half times).
• Ceramic – heating element of the heater consists of ceramic tiles collected in one reflector. The principle of operation of the device is based on the free combustion of the gas -air mixture inside the heater, as a result of which it heats up and transfers thermal energy to the surrounding objects.

We advise you to educate yourself on the benefits of this kind of heating before deciding how to heat the production room:

• IR heaters are the only heating devices that allow you to carry out point or zonal heating. Thanks to this, you can maintain a different temperature regime in different parts of the room. Zonal heating can be useful for heating workplaces, individual parts on the conveyor, young animals on livestock farms, etc.D.
• Allow you to feel heat immediately after turning on the instruments, even without preliminary heating of the rooms.
• Thanks to high efficiency and low electricity consumption, infrared heating is the most economical. Moreover, energy saving reaches 45 percent, which ensures significant savings in the means. As a result, the finances invested in infrared heating quickly pay off.
• IR Probors are quite durable, have a little weight and do not take up much space, so it is not difficult to mount them. Moreover, each device is attached to installation and operation instructions.

Because of all these characteristics, IR probes are utilized for many other purposes besides heating industrial spaces, such as:

• Trade and sports facilities;
• Greenhouse and greenhouses;
• Private houses and apartments;
• Livestock farms.

Consequently, infrared heating has been more widespread lately.

Possibly all of the primary choices for the equipment placement in industrial spaces are shown here. We provide a table in the last section that shows the specific heating characteristic of industrial buildings (QO, W/M³C °), along with the thermal specific characterization for the building’s ventilation (QV, W/M³C °) and heated volume (VN):

Particular heat attribute during heating

As we’ve discovered, there are lots of efficient ways to heat industrial spaces nowadays. As a result, the decision is based on the room’s specifications and the production’s features.

You can get more details on this subject from the video that is included in this article.

Heating of industrial premises – possible options

Any building needs adequate heating in a climate that is not very pleasant. Furthermore, heating an apartment or private home won’t be easy; instead, heating an industrial space will require a lot of work.

Production facilities and businesses must be heated, which is a laborious process made easier by several factors. First and foremost, value, reliability, and functionality criteria must be followed when designing a heating circuit. Second, industrial buildings are typically quite large and intended for a specific purpose, for which they are equipped with specialized machinery. These factors make the installation of the heating system much more difficult and expensive.

Industrial buildings still require heating despite all the challenges, and in these situations, it serves multiple purposes:

• ensuring comfortable working conditions, which directly affects personnel performance;
• protection of equipment from temperature changes to prevent their hypothermia and subsequent breakdown;
• the creation of a suitable microclimate in warehouse territories so that the manufactured products do not lose their properties due to incorrect storage conditions.

What transpires at the conclusion? The cost of repairs and sick leave payments, for example, will be reduced when industrial workshops are heated. Additionally, if the heating system is chosen wisely, it will require fewer interventions to function and maintenance and repairs will be far less expensive.

The selection of a system for heating industrial premises

Different types of systems are used to heat industrial spaces, and each one needs to be carefully considered. The most widely used systems are centralized liquid or air, although local heaters are frequently available.

The selection of the type of heating system is influenced by the following factors:

• dimensions of the heated room;
• the amount of thermal energy required to observe the temperature regime;
• Simplicity of maintenance and the availability of repair.

Every system has advantages and disadvantages, and the decision will mostly rely on how well the chosen system complies with the given functional requirements. To determine exactly how much heat needs to be built, it is important to compute the industrial building’s heating system before selecting a system type.

Central water heating

When it comes to the central heating system, either a single system that is installed in the building or a local boiler room will provide the heat production. This system is designed with a boiler, heating elements, and a pipeline.

Such a system works on the following principle: the liquid heats up in the boiler and then circulates through the pipes to all of the heating components. One or two pipes can be used for liquid heating. In the first scenario, there is no temperature control; in the scenario of a two-pipe heating temperature mode, thermostats can be used to regulate the temperature in parallel with the installed radiators.

The boiler is the central element of the water heating system. It can work on gas, liquid fuel, solid fuel, electricity or combine these types of energy resources. When choosing a boiler, it is necessary to first take into account the presence of a particular type of fuel.
For example, the possibility of using main gas allows you to immediately connect to this system. At the same time, you need to take into account the cost of the energy resource: gas reserves are not unlimited, so its price will rise every year. In addition, gas highways are very susceptible to accidents that will negatively affect the production process.

Using a liquid fuel boiler has its own set of "underwater stones" as well. First, you need to have a separate tank and refill it frequently, which adds to the time, effort, and financial costs associated with using a liquid fuel boiler. Unless the building is small, solid fuel boilers are not advised for heating industrial buildings.

Granted, boilers with independent fuel pickup options have automated options for temperature adjustment, which also happens automatically. However, one cannot consider such systems to be simple to maintain. Different raw material types, such as firewood, sawdust, or pellets, are used with different models of solid fuel boilers. One advantage of these structures is how inexpensive they are to install and maintain.

Despite their high efficiency, electric heating systems consume excessive amounts of energy, making them unsuitable for heating production buildings. This has a significant impact on the financial aspect of the matter. Naturally, for heating structures up to 70 kV.m in area. Electric systems work well, but you should be aware that electricity also tends to go out on a regular basis.

Combined heating systems, however, are something to which real attention can be paid. These designs may be highly reliable and have positive attributes. One major benefit in this scenario over alternative heating methods is the ability to heat an industrial building continuously. Naturally, these devices are expensive, but in exchange, you get a dependable system that guarantees the production of heat in any circumstance.

Systems that combine heating and cooling typically have multiple burner types that enable the utilization of diverse kinds of raw materials.

The types and purposes of burners are used to categorize the following designs:

• gas-drum boilers: equipped with two burners, allow you not to fear the rise in price of fuel and malfunctions on the gas supply line;
• Gas-diesel boilers: demonstrate high efficiency and work very well with large areas;
• Gas-diesel-wood boilers: extremely reliable and allow them to be used in any situation, but power and efficiency leave much to be desired;
• GAZ-Diesel-Electricity: a very reliable option with good power;
• GAZ-Diesel-Drova-Electricity: combines all types of energy resources, allows you to control the fuel consumption in the system, have a wide range of settings and adjustments, is suitable in any situation, requires a large area.

The boiler is the primary component of the heating system, but it also works alone to keep the building warm. Is the building’s required heating something that the water heating system can handle? Comparing the heat capacity of the water to that of the air reveals a significant difference.

In comparison to air heating, this implies that a significantly smaller pipeline is possible, indicating higher efficiency. Furthermore, the water system allows you to regulate the system’s temperature. For instance, you can save a lot of energy by turning down the heating at night to a temperature of 10 degrees Celsius. Calculating the heating of production facilities yields more precise figures.

Air heating

Even though liquid heating systems have many advantages, air heating is still quite popular. Why is this taking place?

Positive characteristics of this kind of heating system enable you to assess these industrial building heating systems:

• lack of pipeline and radiators, instead of which air ducts are installed, which reduces the cost of installation;
• increased efficiency due to a more competent and uniform distribution of air through the room;
• The air heating system can be connected to the ventilation and air conditioning system, which makes it possible to ensure constant movement of air. As a result, the spent air will be excreted from the system, and clean and fresh – heated and fall into the heating of the production workshop, which will greatly affect the labor conditions of working personnel.

Additional features for such a system can be added, but doing so requires installing combined air heating, which combines mechanical and natural air impulses.

What’s underneath these ideas? A fence of warm air straight from the street provides natural motivation (there is such an opportunity even when it’s freezing outside). Cold air is heated to the proper temperature by mechanical motivation before being sent inside the building.

Large-scale buildings benefit greatly from air heating, and industrial buildings that use air systems for heating find excellent results. Furthermore, some production processes—like chemical production, for instance—just make it feasible to employ any other kind of heating system.

Infrared heating

Infrared heaters are useful when installing liquid or air heating systems is not possible or when the owners of industrial buildings do not want to use these kinds of systems. The working principle can be summed up as follows: the infrared emitter generates thermal energy directed towards a specific area, which is then transmitted to the objects situated there.

These kinds of mindsets generally enable you to make a mini-salt in the workspace. The benefit of infrared heaters is that they only heat the area they are pointed at, preventing heat from spreading throughout the entire space.

The installation method is the main factor taken into account when classifying infrared heaters:

Infrared heater differs in the type of emitted waves:

• short -wave;
• mid -volume;
• Light (such models have a high operating temperature, so when they work they glow;
• long -wave;
• Dark.

Depending on the energy resources used, you can categorize IR heaters into different types:

• electric;
• gas;
• diesel.

Gas or diesel-powered IR systems are significantly more cost-effective because of their higher efficiency. However, these devices burn oxygen and have a negative impact on the room’s humidity level.

There is a division based on the kind of functional component:

• halogen: heating is carried out due to a fragile vacuum tube, which is very easy to disable;
• Carbox: a heating element is a carbon fiber hidden in a glass tube, which is also not distinguished by high strength. Carbon heaters consume approximately 2-3 times less energy;
• Ten;
• Ceramic: heating is carried out due to ceramic tiles, which are combined into one system.

Any kind of building, from large industrial structures to private homes, can benefit from the use of infrared heaters. These designs are extremely convenient because they can heat individual zones or sites, which is why using such heating is convenient.

Since infrared heaters only affect objects, they have no effect on air or air mass movement, ruling out the possibility of drafts and other unfavorable elements that could endanger the health of employees.

Infrared emitters are leaders in terms of heating speed; they can be launched while at work and require very little waiting time for heat. These devices are highly efficient and cost-effective, making them suitable for use as the primary source of heating in production workshops. Infrared heaters are easy to install, lightweight, dependable, and have a long operational lifespan. They also essentially take up no useful space. You can see different kinds of infrared emitters in the picture.

The primary forms of heating for industrial buildings were covered in this article. The heating of industrial spaces must be calculated prior to installing any chosen system. The building owner is always responsible for putting the decision into practice. By being aware of the suggested methods and advice for estimating the building’s heating, you can select a heating system that is truly appropriate for your needs.

Heating of industrial premises is a necessary condition for the protection of employees" health and equipment safety

Employees of the company are given comfortable working conditions during the colder months thanks to the autonomous heating of the production facilities. Buildings, machinery, and equipment safety all benefit from the temperature regime becoming more normal. Despite the same tasks at hand, heating systems differ technologically. Some people heat industrial spaces with hot water boilers, while others use compact heaters. Think about the particulars of production heating and the efficiency of using different systems.

By heating surfaces and objects directly instead of the air, infrared heating provides effective warmth for industrial spaces. This technique guarantees even and focused heat distribution over sizable spaces, encouraging energy conservation and cozy working environments. Infrared heating, in contrast to conventional heating systems, permits rapid heat recovery following the opening of doors or windows and minimizes heat loss through ventilation. Additionally, it reduces air circulation, which lowers dust and other airborne particles and helps preserve a cleaner environment. Because of its adaptability and affordability, infrared heating shows to be a useful way to improve comfort and productivity in industrial environments.

Requirements for heating industrial premises

Temperature ranges for different types of work

When workers spend more than two hours in production facilities during cold weather, labor protection regulations mandate that the facilities be heated. The only places exempt from this rule are those where frequent visits by people are not required, like warehouses. Furthermore, since the buildings lack heat, being inside them is equivalent to working outside of them. Here, though, it ought to be accommodated by the existence of particular heating mechanisms.

Labor protection imposes a number of sanitary and hygienic requirements for heating production facilities:

• warming up indoors to a comfortable temperature;
• the ability to adjust the temperature due to the amount of heat released;
• the inadmissibility of air pollution by harmful gases and unpleasant odors (especially for furnace heating of industrial premises);
• desirability of combining the heating process with ventilation;
• ensuring fire and explosion safety;
• Reliability of the heating system during operation and ease of repair.

The temperature in heated rooms can be lowered during non-working hours, but it can never drop below +5 °C. In addition, production heating needs to have enough power to bring the temperature back to normal by the start of the workday.

Calculation of autonomous heating of the production premises

Even when a production building is still being built, the heating system installation process starts.

The production premises use the general rule that a constant temperature with little variation should be maintained in the workshop, garage, or warehouse when calculating the autonomous heating. In order to do this, a central boiler room is constructed, and industrial buildings’ working areas have heating radiators installed. On the other hand, certain businesses require the establishment of distinct areas with different air temperatures. A computation is performed on the usage of the central heating system in the first scenario and the use of local heaters in the second.

In actuality, the following factors ought to be taken into consideration when calculating the production facilities’ heating system:

• area and height of the heated building;
• heat losses through walls and roofs, windows and doors;
• heat loss in the ventilation system;
• heat consumption for technological needs;
• thermal capacity of heating units;
• rationality of using one or another type of fuel;
• The conditions for laying pipelines and ducts.

This is used to calculate how much heat energy is required to maintain the ideal temperature. A more precise calculation of heating systems for production facilities is made possible by the use of special computed tables. The heat consumption must be estimated using particular characteristics in the lack of data on the building’s heat engineering properties.

When selecting between different production system types, considerations such as production details, heat engineering calculations, fuel availability and cost should be made, and technical and financial arguments should be supported. The most closely matches the self-sufficient heating of infrared, water, air, and electric systems found in contemporary production facilities.

Infrared heating of industrial premises

Infrared heating is frequently used in industrial spaces to provide the required thermal comfort for workers. The main locations for infrared (IR) local thermal emitters are workshops and warehouses with high ceilings and an area of up to 500 m². The heat generator, heater, and heat-rolling surface are structurally integrated in each of these devices.

Benefits of infrared heating for commercial spaces:

• only heating the floor, walls, workshop equipment and directly people working indoors;
• The air does not heat up, which means that the consumption of thermal energy is reduced;
• dust does not rise into the air, which is especially important for enterprises of the electronic, food industry and accurate mechanical engineering;
• The costs of designing and installation of heating are minimized;
• Infrared heating devices do not take a useful area.

The heated zone is directly above where radiant energy is produced.

There are two types of infrared heaters: portable and stationary. They can be installed on the floor, wall, or ceiling, depending on the location. If it becomes imperative to impact specific tasks, employ focused infrared radiation with compact wall heaters. However, the production room’s ceiling can be used to mount the film infrared heating system, which will ensure even heating throughout. Warm floors that rely on panels with integrated infrared heaters are also frequently installed, however this type of system uses more electricity.

In addition, infrared gas heating is utilized in businesses. Natural gas, which is less expensive than electricity, is used as fuel in these heating devices. The efficiency of gas infrared emitters is their primary benefit.

There are various types of enlargements available for infrared gas heating systems in industrial buildings.

• high -intensity (light) with the heat transfer temperature 800–1200 ° C;
• low -intensity (dark) with a temperature of 100–550 ° C;
• low -temperature with a temperature of 25-50 ° C).

The inability to use industrial infrared heaters in spaces with ceilings lower than 4 meters is a limitation on their use.

Water heating of industrial premises

Diagram of a boiler room heater used in production

If the business plans to use a water heating system, it will need to install heating radiators in production facilities, lay a pipeline system, and construct a special boiler room for its device. Apart from the primary components, the system also has mechanisms to guarantee functionality, like manometers and shut-off valves. It takes specialized staff to maintain a production site’s water heating system on a continuous basis.

Based on its mechanism, production facilities’ water heating can be:

• one -pipe – regulation of water temperature is impossible here, since all heating radiators for industrial premises are installed sequentially;
• two -pipe – temperature regulation is permissible and is carried out using thermostats on radiators installed in parallel.

Heating boilers are heat-generating units. They are classified as follows based on the fuel type used: gas, liquid, solid, electric, and combined. Small industrial buildings can be heated with stoves that have a water circuit.

Select the boiler type that best suits the requirements and resources of a specific business. One incentive to buy a gas boiler, for instance, will be the ability to connect to the gas line. When there is no natural gas available, they favor diesel or better solid fuel units. Boilers for electric heating are frequently utilized in industrial settings, but only in smaller structures.

It is advisable to have an alternate heating unit at the business because accidents or malfunctions in the gas and power supply systems can happen in the middle of the heating season.

Although combined boilers are far more expensive, they come with multiple burner types, including G Azov-Drying, gas-diesel, and even gas-diesel-electrical.

Air heating of industrial premises

The production workshop’s area is warmly distributed with heat thanks to the air duct system.

Every industrial facility has the option of using its air heating system as the primary or backup. In any event, installing air conditioning in a workshop is less expensive than installing water because heating industrial spaces doesn’t require the installation of costly boilers, pipelines, or radiators.

Benefits of the production facilities’ air conditioning system:

• saving the area of the working area;
• energy -efficient resource consumption;
• simultaneous heating and air purification;
• the uniformity of the heating of the room;
• safety for the well -being of workers;
• Lack of risk of leaks and freezing of the system.

The production area’s air heating could be:

• central – with a single heating unit and an extensive network of air ducts, through which heated air spreads through the territory of the workshop;
• local -air heaters (air-heating units, heat guns, airborne curtains) are located directly in the room.

A recuperator, which uses some of the heat from the interior air to warm outside air, is used in the centralized air heating system to lower energy costs. Local systems simply heat the air inside; they don’t bring in outside air to aid in recovery. Wall-heat heaters are useful for drying any materials and surfaces as well as heating specific tasks.

By reducing capital costs significantly, enterprise managers are able to save money on air heating of production premises.

Industrial spaces can benefit from infrared heating, which provides constant warmth without requiring a lot of ductwork or circulation systems. It is a contemporary and effective solution. These heaters minimize heat loss and create a comfortable working environment by directly heating objects and surfaces through the emission of infrared radiation.

Targeting particular zones or areas with infrared heating offers a number of important benefits for industrial environments. This allows for customized heating solutions that take into account the layout and usage of the space. This focused approach prevents unneeded heating of vacant spaces, which improves comfort while also saving energy.

In addition, compared to conventional heating systems, infrared heating systems require less maintenance, which lowers operating expenses and downtime for industrial facilities. Because these systems have fewer moving parts and don’t depend on air circulation, they are dependable and long-lasting, guaranteeing steady performance over time.

Furthermore, infrared heating systems are a convenient option for retrofitting existing industrial buildings or integrating into new construction projects because they can frequently be installed with little interruption to ongoing operations. Because of their adaptability and flexibility, infrared heaters can be used in a variety of settings, including factories, warehouses, workshops, and production facilities.

In conclusion, there is a lot of potential for increasing comfort, effectiveness, and economy in industrial spaces with the implementation of infrared heating technology. These systems use infrared radiation to generate consistent warmth where it is most needed, which increases productivity and improves the working environment for staff members.

Video on the topic

Infrared heating for home and production. Infrared heater Almak – Review (2024)

Heating of production premises with infrared heaters. Sewing factory (Mariupol)

Infrared heating – energy -saving heating of industrial premises