Cable heating systems are widely used for:

• Freeze protection for water pipes
• Roof and gutter de-icing
• Greenhouse soil heating
• Livestock farming applications

The floor heating temperature can be affected by several factors, including:

• Poor thermal insulation and drafts. Even minor drafts can significantly reduce floor temperature, especially during winter.
• Low or high supply voltage.
• The thickness of the screed.
• The spacing between the heating cable runs.

No. The heating performance depends on the specific characteristics of the room, including its insulation and heat loss. For comfortable heating, underfloor heating should be used together with the main heating system, such as radiators.

This is not recommended. Different rooms have different heat loss characteristics and heating requirements, while a thermostat can monitor the temperature in only one location using its built-in or floor sensor.
For example, if one thermostat controls the underfloor heating in both a kitchen and a bathroom, with the sensor located in the kitchen, it will regulate the temperature based on the conditions in that room. Heat gains from sunlight, household appliances, hot water pipes, and occupants may keep the kitchen comfortable, while the bathroom could remain too cold—or vice versa.
An exception may be applications where all areas require the same temperature, such as cold storage rooms.

Technically, yes. However, without a thermostat you would need to manually switch the underfloor heating system on and off to maintain a comfortable floor temperature.
Using the system without a thermostat is not recommended, as it reduces energy efficiency and makes it more difficult to maintain a consistent level of comfort.

When installed with a heating output of 150–180 W/m², an electric underfloor heating system can provide comfortable space heating in many residential applications. In well-insulated homes, it may eliminate the need for additional heating, even during winter when the central heating system is not performing efficiently.

Traditional heating systems warm the air, which rises toward the ceiling and then cools as it circulates, often creating uneven temperature distribution within the room.
Electric underfloor heating provides a more even heat distribution from the floor upward. The floor temperature is typically only 2–3°C higher than the room air temperature, creating a comfortable indoor environment with minimal temperature difference between floor level and head height.
The system is controlled by specially designed electronic thermostats equipped with built-in or floor temperature sensors, which automatically maintain the selected temperature.

Yes. Electric underfloor heating systems can be installed in wet areas, provided they are equipped with a protective grounding shield and sealed connection joints. These features ensure safe and reliable operation in humid environments when the system is installed in accordance with local electrical regulations.

Electric underfloor heating provides a more even distribution of heat throughout the room, creating a comfortable indoor environment from floor to ceiling. As the saying goes, it keeps your feet warm while maintaining a pleasant room temperature.
Unlike traditional radiators, underfloor heating minimizes strong convection currents, reducing the circulation of dust and helping to create a cleaner indoor environment.
The system requires virtually no maintenance after installation and is fully controlled by electronic thermostats, allowing each room to maintain its own temperature automatically.
Designed for long-term reliability, an electric underfloor heating system has an expected service life comparable to that of the building itself.

An electric underfloor heating system consists of a heating cable installed within the floor screed, an electronic thermostat that controls the system according to the selected temperature settings, and installation accessories, such as mounting strips.
Together, these components form a low-temperature radiant floor heating system that provides efficient, comfortable, and evenly distributed heat.

An electric underfloor heating system automatically maintains the desired room temperature using an electronic thermostat. The heating cable, embedded in the floor screed, generates radiant heat that turns the entire floor into a large, low-temperature heating surface.
The concrete screed stores the heat produced by the cable and gradually releases it into the room, ensuring even and comfortable heat distribution.

Electric underfloor heating offers several advantages over water-based systems:

• Accurate temperature control. Electronic thermostats automatically maintain the selected floor or room temperature with an accuracy of up to ±0.4°C. Programmable thermostats can operate according to a weekly schedule.
• Lower installation costs. Electric systems are generally less expensive and quicker to install.
• Maintenance-free operation. Unlike water-based systems, electric underfloor heating requires virtually no maintenance throughout its service life.
• Reduced floor height. Water-based systems typically require an additional floor height of about 70 mm, while electric systems usually require only 30–40 mm.
• Simpler installation. Electric systems require only a standard 220 V power supply and do not need boilers, circulation pumps, or hot water piping throughout the building.

Thermostats are designed to control and maintain the desired temperature of an underfloor heating system. The main advantage of a programmable thermostat is the ability to set a heating schedule for up to one week in advance.
For example, the thermostat can automatically reduce the temperature by up to 5°C at night or lower it during weekdays when no one is at home, then restore the desired temperature before you return. This helps reduce electricity consumption while maintaining a comfortable indoor environment.

A cable underfloor heating system is designed to last for the entire service life of the building in which it is installed. Under normal operating conditions, its expected service life is approximately 70 years.

The level of thermal comfort in a room depends on an accurate heat loss calculation, which is performed during the building design stage, as well as on the proper control equipment, such as thermostats and timers.

Yes, you can. However, proper installation is essential for the system to perform reliably. Although the installation process may seem straightforward, even small mistakes can affect the system's performance. For the best results, we recommend having the installation carried out by qualified professionals.

If the heated area is large and requires two or more underfloor heating cable systems, it is recommended (though not mandatory) to use heating cables with the same power rating. The cable systems should be connected in parallel. Whenever possible, all heating systems should be laid out starting from the same installation point.

Electric underfloor heating systems can be installed under vinyl or linoleum flooring, laminate flooring, carpet, and ceramic tiles, provided the floor covering is no more than 10 mm (0.4 in) thick.
When choosing a floor covering, always check the manufacturer's specifications to ensure it is compatible with underfloor heating. Also consider the maximum operating temperature and the recommended indoor humidity conditions for the selected flooring.

Electricity consumption depends on several factors, including how the system is used, the thermal insulation of the building and floor, and the temperature set on the thermostat.
In well-insulated indoor spaces used for comfort heating, the system typically consumes only 10–30% of the heating cable's rated power, as the thermostat switches the heating on and off only when needed.

A floor temperature of around 21°C is generally considered comfortable for bare feet. International standards indicate that the most comfortable floor temperature typically ranges from 19°C to 26°C. Temperatures above or below this range may feel less comfortable.
Electronic thermostats automatically monitor and maintain the selected floor temperature, ensuring consistent comfort while optimizing energy consumption.

For optimal comfort, the floor surface temperature should typically be 2–3°C higher than the room air temperature. This creates a comfortable indoor environment without overheating the floor.

Yes. When properly installed and operated, electric underfloor heating systems are safe for everyday use. They provide gentle, even heat without creating strong convection currents and help maintain a comfortable indoor environment.
Modern heating cable systems are designed to comply with applicable safety standards. The electromagnetic field (EMF) generated by screened heating cables remains well within internationally accepted safety limits.

Yes. When properly designed and installed, an electric underfloor heating system can serve as the primary heating system for an apartment, house, or cottage. Its main purpose is to heat the room, maintain the desired temperature, and provide a comfortable indoor environment.

Electric underfloor heating systems are highly reliable. Failures are typically caused by mechanical damage to the heating cable or by improper installation, operation, or maintenance. When installed and used in accordance with the manufacturer's instructions, the system is designed to provide many years of reliable service.

A cement-sand screed made from an M-150 cement mix (or an equivalent plastering mix) is typically used. It is recommended to add 1 kg of plasticizer per bag of dry mix. The screed should cure for 28 days before the underfloor heating system is switched on.
Alternatively, a specialized screed mix such as Pobedit – Underfloor Heating may be used. Thanks to its low thermal expansion, it requires a curing period of only 14 days before the system can be put into operation.

Electric underfloor heating systems are suitable for installation in a wide range of residential and utility areas, including:

• Living rooms
• Hallways
• Dining rooms
• Bathrooms
• Shower rooms
• Swimming pools
• Utility rooms
• Winter gardens
• Garages
• Terraces
• Attics