Underfloor heating

Underfloor heating is a heating system where the heat is distributed from the floor instead of through radiators. The floor itself acts as a large radiating surface. It ensures a very even temperature in the room and is increasingly used in both new construction homes and renovation projects.

How does underfloor heating work?

There are two main types of underfloor heating:

1. Water-based underfloor heating

• Plastic pipes are located in or just below the floor.
• Warm water is pumped through these pipes, usually heated by a boiler, heat pump or district heating.
• This type of system heats up slowly but also retains heat for longer solid.
• It is energy efficient, especially in combination with a low supply temperature.

2. Electric underfloor heating

• Thin electrical cables or mats are installed under the floor.
• This heating works quickly and is ideal for smaller spaces such as a bathroom.
• Electrical systems are easier to install, but often slightly more expensive to use due to electricity consumption.

At jeofferte.nl, it is regularly seen that homeowners opt for a water-based system as the main heating, and for electric underfloor heating as auxiliary heating.

Advantages of Underfloor Heating

1. Comfort
   The heat is evenly distributed, so there are no cold spots in the room.
2. Space-saving
   Because no radiators are needed, the house looks more spacious and there is more freedom in the interior.
3. Energy efficient
   With a low water temperature, the same comfort can be achieved as with traditional radiators, often with lower energy consumption.
4. Healthier indoor climate
   Less dust circulates through the room, which can be beneficial for people with allergies.

Disadvantages to consider

• Higher investment during installation, especially in existing homes.
• Slower reaction time : the floor heats up slowly and cools down slowly.
• Floor finish adjustment : not all floor types conduct heat equally well. Tiles and natural stone are ideal; thick carpeting can limit the effect.

Applications

• New construction: standard application as main heating.
• Renovation: possible with low-profile systems.
• Small spaces : electric underfloor heating as auxiliary heating.

Via platforms such as jeofferte.nl, a comparison can easily be made between the different systems and the prices of recognized installers.

Indication costs

The costs depend on the type of underfloor heating and the situation:

• Water-based system: € 40 – € 70 per m² including installation.
• Electric underfloor heating: € 30 – € 60 per m² (depending on surface and type of mat/cable).
• For a complete home installation, quotes via jeofferte.nl can give a clear picture of the total investment and possible savings.

Conclusion

Underfloor heating is a modern, comfortable and energy-efficient way to heat a home. Thanks to the even heat distribution and space-saving character, it is becoming increasingly popular. It is important to determine in advance whether you choose a water-based or electric system and whether it will be used as main or auxiliary heating.

Underfloor heating is a modern and comfortable way of heating, but not self-evident in every situation. Choosing underfloor heating depends on a combination of house type, use, insulation level and personal preferences.

1. New construction or thorough renovation

• New construction
  In new homes, underfloor heating is now often applied as standard. The reason is that pipes or heating mats can easily be incorporated into the floor during construction.
• Energy-efficient homes (with good insulation and heat pumps) benefit the most.
• The system can serve as main heating, without extra radiators.
• Major renovation
  During a renovation where floors are being broken open anyway, the moment is ideal for installing underfloor heating.
• Think, for example, of a new screed or tiled floor.
• Jeofferte.nl regularly sees that homeowners combine this with insulation and new flooring.

2. With low-temperature heating (sustainable)

Underfloor heating works particularly well in combination with low-temperature systems:

• Heat pump
• Solar water heater
• District heating

The low supply temperature of these systems perfectly matches the operation of underfloor heating. This results in:

• You use less energy.
• You have a very even heat distribution.

3. When comfort and appearance are important

• Radiant heat feels more comfortable than the convection heat from radiators.
• No visible radiators gives more freedom in the interior and a sleek look.
• Ideal in living spaces such as living room, kitchen or bathroom.

Many requests via jeofferte.nl have as the main goal to remove radiators and increase comfort.

4. For floors that conduct heat well

Consider underfloor heating especially if you choose:

• Tile floors or natural stone: highest efficiency.
• PVC or cast floors: good heat conduction and modern look.

With thick wooden floors or carpet, extra attention must be paid to the efficiency.

5. For energy-efficient homes

A well-insulated home can often run entirely on underfloor heating.
In older homes it is also possible, but often as supplementary heating or in combination with low radiators.

Situations where underfloor heating is less suitable

• When there is no insulation in the floor (large heat losses).
• For small renovations where the floor cannot or should not be opened.
• If rapid heating is desired (underfloor heating heats up more slowly).

Practical advice

If in doubt, it is wise to have a specialist look at:

• The construction height of the floor.
• The type of heating system.
• The heat loss of the house.

Via platforms such as jeofferte.nl, multiple specialized installers can be compared on price and possibilities.

Conclusion

You should consider underfloor heating when comfort, energy efficiency and a sleek look are important, especially in well-insulated new-build or renovated homes. The choice depends on the situation, the type of floor and the heating system.

Underfloor heating is a heating system where the floor itself acts as a large radiating surface. Instead of blowing heat into the room via radiators, the floor is heated and radiates the heat evenly. The result is a constant and comfortable temperature throughout the room.

The basis of the system

The system usually consists of three components:

1. Heating pipes or cables – these are located in or under the floor.
2. A manifold or thermostat – this controls the temperature.
3. The floor finish – tiles, PVC, natural stone or another suitable finish ensures that the heat is transferred well.

Two types of underfloor heating

1. Water-based underfloor heating (hydraulic system)

How it works:

• Warm water is pumped through plastic pipes under the floor.
• The water is heated by a central heating boiler, heat pump, or district heating.
• The floor heats up slowly and gradually releases the heat.

Features:

• Efficient: works at low temperature (30-40 °C).
• Slow: heating takes longer, but the heat lingers for a long time.
• Often used as main heating in new constructions and major renovations.

2. Electric Underfloor Heating

How it works:

• Electric heating cables or thin heating mats are located under the floor.
• When electricity flows through the cables, they heat up directly and transfer the heat to the floor.
• Ideal for quickly heating smaller spaces, such as bathrooms.

Features:

• Fast warm-up.
• No water pipes needed.
• Often used as additional heating or in places where it is difficult to lay pipes.

Heat Distribution in the Room

The principle of underfloor heating is radiant heat instead of convection:

• Radiators mainly heat the air, leading to temperature fluctuations.
• Underfloor heating heats the mass (the floor), which slowly releases heat, ensuring an even temperature everywhere.

This provides:

• Comfortable warmth from below.
• Less air circulation and dust movement.
• Lower air temperature needed for the same comfort.

Control technology

• Thermostat and manifold ensure that the water or electricity remains at the correct temperature.
• Modern systems can be controlled per room.
• With low-temperature systems, such as those with heat pumps, underfloor heating works particularly efficiently.

Collaboration with jeofferte.nl

Many homeowners who request quotes via jeofferte.nl combine underfloor heating with:

• Floor insulation to limit heat loss.
• Heat pumps or solar energy for a sustainable solution.
• Smart thermostats for optimal comfort.

Conclusion

Underfloor heating works by evenly distributing heat through the floor, creating a comfortable and energy-efficient indoor climate. You can choose between a water-based system and an electric system, depending on the situation and preferences.

There are three main types of underfloor heating, each with their own characteristics and areas of application. The right choice depends on the house (new build or renovation), the desired comfort, and the available budget.

1. Water-based underfloor heating (hydraulic system)

How it works

• Warm water flows through plastic pipes in or under the floor.
• The water is heated by a central heating boiler, heat pump, or district heating.
• The floor heats up slowly and gradually releases this heat.

Features

• Low-temperature heating (30–40 °C).
• Energy-efficient, especially in combination with sustainable sources.
• Slow warming up, but heat is retained for a long time.

Application

• Ideal for new constructions and major renovations.
• Can be used as main heating.

Cost indication (2025)

• € 40 – € 70 per m² (new construction)
• € 55 – € 85 per m² (renovation)

2. Electric underfloor heating

Operation

• Electric cables or mats are placed under the floor.
• As soon as electricity flows through them, these elements heat up directly.
• The heat is quickly released to the floor.

Features

• Quick heating.
• Relatively easy to install.
• Higher operating costs for high consumption.

Application

• Auxiliary heating (bathroom, small spaces).
• Sometimes as main heating in well-insulated smaller homes.

Cost indication (2025)

• € 30 – € 60 per m²

3. Infrared underfloor heating (film)

Operation

• Thin infrared films or panels are laid directly under the floor finish.
• These films emit infrared radiation that directly heats objects and people.

Features

• Very thin system (1-2 mm).
• Direct heat output, feels like solar heat.
• Works entirely on electricity.

Application

• Renovation projects where little installation height is available.
• As additional heating or for specific rooms (e.g. attic, bedroom, home office).

Cost indication (2025)

• € 50 – € 70 per m²

Combinations and additional options

Main or additional heating

• Main heating: usually water-based.
• Additional heating: electric or infrared, especially in bathrooms or small spaces.

Home automation integration

• Modern systems are easy to connect to smart thermostats and home automation.
• Homeowners who request quotes via jeofferte.nl are increasingly opting for smart zone control per room.

Comparison at a glance

Conclusion

Each underfloor heating system has its own advantages:

• Water-based systems: economical and suitable as primary heating.
• Electric systems: easy and quick to install for smaller spaces.
• Infrared systems: ultra-thin and ideal for renovation and targeted heating.

Via jeofferte.nl, quotes for these systems can be compared, making it clear which type is most suitable for a specific situation.

Water-based underfloor heating is the most widely used form of underfloor heating, especially in new builds and large-scale renovations.
This system uses hot water that is pumped through plastic pipes under the floor.
The floor is heated evenly and then radiates the heat into the room.

How does a water-based system work?

1. Heat source
   The water is heated by a central heating boiler, heat pump, or district heating.
2. Manifold
   The hot water is distributed via a manifold to multiple pipe circuits.
3. Underfloor heating pipes
   Long plastic pipes are laid in loops across the floor (usually on insulation or in a special stud mat).
4. Heat emission
   The floor heats up slowly and emits heat evenly into the room.

This type of underfloor heating works at low temperatures (usually 30-40 °C), which is much more energy-efficient than radiators (which often require 60-70 °C).

Application of water-based underfloor heating

• Main heating
  In modern homes, the entire house can be heated with it.
• Additional heating
  In existing homes, it is sometimes combined with radiators in rooms where extra power is needed.
• New construction and major renovation
  Ideal when the floor is being rebuilt anyway.

Advantages of water-based underfloor heating

1. Energy efficient
   Works optimally with heat pumps and other sustainable heat sources.
2. Comfortable
   Constant temperature, no cold spots.
3. Sleek finish
   No radiators needed, so more freedom for the interior.
4. Long lifespan
   A well-installed system can last for decades.

Disadvantages and points to consider

• Installation is invasive
  The floor must be broken open in existing buildings.
• Higher investment
  It is more expensive to install than electric underfloor heating.
• Slow response time
  The floor heats up slowly and cools down slowly.

Combination with sustainable energy

Water-based underfloor heating is extremely suitable for working together with:

• Heat pumps
• Solar water heaters
• Low-temperature central heating systems

Many users who request quotes via jeofferte.nl choose this combination precisely to reduce their energy costs and increase comfort.

Cost estimate (average)

• € 40 – € 70 per m² (including materials and installation)
• An average home (50 m² underfloor heating) therefore costs between € 2,000 and € 3,500.
• The payback period strongly depends on insulation and energy prices.

Conclusion

Water-based underfloor heating is a sustainable and comfortable solution that is particularly interesting for new constructions and major renovations.
The combination with a heat pump or other low-temperature source ensures maximum energy efficiency and comfort.

Electric underfloor heating uses electricity to generate heat via heating cables or mats installed under the floor.
Unlike hydronic systems, no central heating boiler or heat pump is required; the heating is entirely electric.

How does electric underfloor heating work?

• Heating cables or mats are laid directly under or in the floor.
• Once electricity flows through them, the cables heat up and release heat to the floor.
• The heat then rises and heats the room.

Control:
A thermostat with a floor sensor keeps the temperature constant and can be easily set per room.

Applications

• Auxiliary heating:
  Widely used in bathrooms, toilets, or kitchens to make the floor pleasantly warm.
• Main heating:
  Can be used in well-insulated smaller homes or apartments, but will consume more energy.
• Renovation:
  Because the mats are thin, the system can often be laid directly on an existing floor.

Advantages of electric underfloor heating

1. Easy installation
• No pipes or manifold needed.
2. Fast heating
• Particularly suitable for rooms that do not need to be heated constantly.
3. No maintenance
• The system is virtually maintenance-free.
4. Flexible deployment
• Can be placed in specific areas without adapting the entire house.

Disadvantages and points to consider

• Higher operating costs
  Electricity is more expensive than gas or a heat pump for long-term use.
• Not ideal for large areas
  Particularly suitable for small spaces or supplementary heating.
• Limited capacity
  Less efficient in poorly insulated homes.

Suitable floor finishes

• Tiles and natural stone: Best heat conductivity.
• PVC and laminate: Possible provided they are suitable for underfloor heating.
• Carpet and wood: Less suitable due to their insulating properties.

Cost Estimate (2025)

• Materials and installation:
• € 30 – € 60 per m²
• Bathroom (10 m²): € 500 – € 1,000
• Living room (40 m²): € 1,500 – € 2,500
• Operating costs:
  Depending on the surface area and electricity tariff.

Homeowners often compare the price of electric systems with water-based and infrared systems via jeofferte.nl to make the best choice.

When to choose electric?

• For small spaces (bathroom, toilet, kitchen).
• For renovations without demolition work.
• As additional heating in combination with another system.

Conclusion

Electric underfloor heating is ideal for comfort in smaller spaces or as supplementary heating.
It is easy to install, requires little maintenance, but is more expensive in energy consumption than water-based systems for prolonged use.

Infrared underfloor heating is a relatively new and innovative way to heat a space. Instead of water or electric cables, infrared radiation is used.
These systems are particularly interesting for renovations, small spaces, or situations where quick and targeted heat emission is desired.

How does infrared underfloor heating work?

• Thin films or panels with an infrared heating element are placed directly under the floor covering.
• When the film is connected to electricity, it emits infrared heat.
• Unlike convection heat (heating air), infrared directly heats objects, floors, and people in the room.

The feeling is comparable to the warmth of the sun: direct, fast, and pleasant.

Applications

• Renovation projects
  Due to the low build height (1 to 2 mm), this system is ideal for retrofitting without major renovations.
• Small spaces
  Bathrooms, home offices, conservatories, or bedrooms.
• Auxiliary heating
  Infrared is often used as a supplement to another heating system.

Via platforms such as jeofferte.nl, infrared is often requested by people looking for a quick, simple heating solution in specific rooms.

Benefits of Infrared Underfloor Heating

1. Very thin system
   No thick floor construction needed.
2. Fast heating
   Noticeable effect within minutes.
3. Easy installation
   Can often be placed on top of an existing floor.
4. Comfort
   Direct heat like sun rays.

Disadvantages and points to consider

• Electricity consumption
  Works entirely on electricity, which can be more expensive with heavy use.
• Not always suitable as main heating
  Especially in larger rooms, the power may be insufficient to serve as the sole source of heat.
• Floor finish
  Not every floor covering is suitable. PVC and laminate are usually suitable, carpet and thick wooden floors less so.

Suitable Floor Types

• PVC
• Laminate
• Cast floor
• Thin tiles

Thick natural stone or insulating floors reduce efficiency.

Cost indication (average)

• € 50 – € 70 per m² including materials and installation.
• Cheaper to install than a water-based system because no breaking work is required.

When to consider infrared?

• For renovations without major structural changes.
• For specific rooms where comfort needs to be felt quickly.
• As additional heating in combination with another main heating system.

Conclusion

Infrared underfloor heating is a thin, easy-to-install, and fast-responding system.
It provides direct heat and is ideal in situations where traditional water-based underfloor heating is difficult to install.
Homeowners looking for a quick solution without major renovations via jeofferte.nl are increasingly choosing this technology.

Not all floor coverings conduct heat equally well.
When choosing underfloor heating, thermal conductivity, thermal resistance, and material behavior must be taken into account.

1. Tiles and natural stone

Properties

• Best heat conduction.
• Little material behavior (hardly expands or shrinks).
• Heat is distributed quickly and evenly.

Suitable for

• Water-based systems (main heating).
• Electrical systems in bathrooms and kitchens.

Note

This is the most chosen finish for projects via jeofferte.nl, due to its high efficiency.

2. PVC (Vinyl) and Cast Floors

Properties

• Thin floors with low thermal resistance.
• Transfer heat quickly.
• Sleek and modern appearance.

Suitable for

• All types of underfloor heating, both water-based and electric/infrared.

Note

• Use PVC that is suitable for underfloor heating (indicated by the manufacturer).

3. Laminate

Properties

• Reasonable heat conduction.
• Heat resistance is slightly higher than with tiles or PVC.

Suitable for

• Both primary and secondary heating, provided the laminate is approved for underfloor heating.

Note

• Quality and correct underlay are important to prevent shrinking and expanding.

4. Wooden floors

Properties

• Natural appearance, but wood works (expands and contracts).
• Heat conduction is moderate.

Suitable for

• Only in combination with a well-insulated house and low surface temperatures.
• Especially as auxiliary heating, not as the sole source of heat.

Note

• Choose multi-layer parquet or engineered wood flooring instead of solid wood.

5. Carpet

Properties

• Insulating effect, retains heat.
• Not ideal for efficiency.

Suitable for

• Only thin carpet with low thermal resistance, usually only as supplementary heating.

6. Infrared film (specific)

With infrared underfloor heating, the floor covering can usually be laid directly over the film (laminate, PVC, vinyl). Tiles are less suitable because adhesive and levelling compound are required, which can affect the performance.

What to look out for?

• Thermal resistance (R-value):
  For underfloor heating, it is advised that the total R-value (floor + underlay + finish) is a maximum of 0.15 m²K/W.
• Suitability:
  Manufacturers often explicitly state whether a floor is suitable for underfloor heating.

Summary Table

Conclusion

For the best return, the following applies:

• Tiles, natural stone, PVC, and poured floors are most suitable.
• Wood and carpet are possible, but require extra attention.

Homeowners who request quotes via jeofferte.nl often seek advice on combining underfloor heating and floor finishes to maximize efficiency.

Modern underfloor heating systems can be excellently integrated with home automation, also known as smart home technology.
Through this connection, you can have temperature, scheduling, and energy consumption controlled automatically, which ensures greater comfort and lower energy costs.

How does the integration work?

1. Smart Thermostats
• Each zone or room can be equipped with a smart thermostat or temperature sensor.
• These communicate with the manifold or control unit of the underfloor heating.
2. Central Control
• All settings can be managed via an app or a central smart home hub (e.g., KNX, Home Assistant, Google Home, Apple HomeKit).

• The temperature can be automatically adjusted based on presence, schedules, weather forecasts, or energy prices.

Benefits of home automation in combination with underfloor heating

1. Comfort

• Always the right temperature in every room.
• Possibility of zone heating: living room warm, bedroom cooler.

2. Energy efficiency

• No unnecessary heating when absent.
• Smart systems learn your living pattern and adapt to it.

3. Remote control

• With an app, you can control the underfloor heating anywhere.
• Convenient for holidays or unexpected schedules.

4. Integration with sustainable energy

• Smart systems can take solar power (solar panels) and dynamic energy prices into account.

Widely used techniques

• Smart manifolds
  Modern manifolds are equipped with control modules that are directly linked to home automation.
• Thermostat per room
  A sensor can be placed in each room, so that the underfloor heating only emits heat where it is needed.
• Geofencing and AI
  The system notices when residents are almost home and heats the house in advance.

Application in practice

Via jeofferte.nl, many homeowners request underfloor heating to be combined with:

• Smart thermostats (e.g. Honeywell Evohome, Tado, or KNX systems).
• Integration with heat pumps and solar panels.
• Fully automated zone control for energy-efficient and comfortable living.

Cost Estimate Integration

• Smart Thermostats: € 100 – € 300 per room.
• Central control unit for underfloor heating: € 500 – € 1,500 depending on the number of groups.
• Installation and programming: highly dependent on the chosen home automation system.

Conclusion

Underfloor heating and home automation form a powerful combination:

• Higher energy efficiency
• More comfort
• Full remote control

Especially in new constructions or renovations where water-based underfloor heating is installed, integration with home automation is almost always worthwhile.

Underfloor heating can be used as primary (main) or secondary (additional) heating.
The choice depends on the house insulation, the type of system, and the desired comfort.

1. Underfloor heating as primary heating

What does this mean?

The underfloor heating is the only heat source in the room.
Radiators are then unnecessary.

Requirements

• Good insulation of floor, facade, and roof.
• Low heating demand of the home (new build or well renovated).
• Sufficient heating capacity of the system.

Suitable Systems

• Water-based underfloor heating:
• Due to its large capacity and even heat distribution, it is very suitable as primary heating.
• Electric underfloor heating:
• Only in well-insulated, smaller rooms (e.g., an apartment).

Advantages

• Sleek finish without radiators.
• Very even and comfortable heat.
• Easy to combine with heat pumps and home automation.

Disadvantages

• Slow response time to temperature changes.
• Higher initial investment (especially in existing homes).

2. Underfloor heating as secondary heating

What does this mean?

The underfloor heating is used as an addition to radiators or other heat sources.
The radiators provide most of the heat, while underfloor heating ensures additional comfort.

When is this applied?

• In older homes where the output of underfloor heating alone is not sufficient.
• In bathrooms, kitchens, and conservatories for extra comfort for the feet.

Suitable systems

• Electric underfloor heating:
• Often used as supplementary heating in small spaces (bathrooms, toilets).
• Infrared underfloor heating:
• Easy to add, especially during renovations.

Advantages

• Quick comfort in specific places.
• No complete renovation needed.

Disadvantages

• Higher energy costs with electric use.
• Less energy-efficient than a complete water-based system.

When do you choose primary or secondary underfloor heating?

Primary underfloor heating:

• New construction or well-insulated homes.
• Sufficient heating capacity.
• Desire for a sleek interior without radiators.

Secondary underfloor heating:

• Existing homes where radiators remain.
• Small spaces where extra comfort is desired.
• Renovation without major construction.

Practical Advice

Many homeowners who request quotes via jeofferte.nl choose:

• Primary water-based underfloor heating in the living room and kitchen.
• Secondary electric underfloor heating in the bathroom for extra comfort.

Conclusion

Underfloor heating can serve as both primary heating and supplementary heating.
The choice mainly depends on insulation, available heat sources, and budget.
A proper heat calculation by a specialist is crucial to make the right choice.

The price of underfloor heating in 2025 depends heavily on the type of system, the surface area, the condition of the house (new build or renovation), and whether the system is used as primary or secondary heating.

1. Average costs per system type

Water-based underfloor heating (hydraulic system)

• Cost per m²:
• New construction: € 40 – € 70 per m²
• Renovation: € 55 – € 85 per m² (additional work due to breaking open floors)
• Complete installation:
• 40 m²: approx. € 2,200 – € 3,400

Characteristic: more expensive to install, but the most economical system in the long term.

Characteristic: more expensive to install, but the most economical system in the long term.

Electric underfloor heating

• Cost per m²: € 30 – € 60 per m²
• Complete installation:
• 10 m² bathroom: approx. € 500 – € 1,000
• 40 m² living space: approx. € 1,500 – € 2,500

Characteristic: cheaper to install, higher running costs with frequent use.

Infrared
underfloor heating

• Cost per m²: € 50 – € 70 per m²
• Advantage: very thin system, quick installation, ideal for renovations.
• Use: often used in smaller rooms or as supplementary heating.

2. Factors affecting the price

1. Surface area – The larger the m², the lower the price per m² due to economies of scale.
2. Type of flooring – Tiles, PVC, and poured floors are cost-effective; wood or carpet may require additional measures.
3. Insulation and preparation – In older homes, costs may be added for floor insulation or levelling the subfloor.
4. Choice of primary or secondary heating – Primary heating requires more power and a more extensive control system.
5. Automation (home automation) – Extra costs for smart thermostats and zone control.

3. Savings opportunities and subsidies

• Energy saving: A well-installed system operates at low temperatures, which, in combination with a heat pump, leads to lower energy costs.
• Subsidies: For water-based systems in combination with a heat pump, ISDE subsidies may be available (depending on situation and government).
• Comparing pays off: Via platforms such as jeofferte.nl, quotes from multiple certified installers can be compared, often with clear differences in price and approach.

4. Payback period

• Water-based systems: typically 7 – 12 years (depending on insulation and energy prices).
• Electric/infrared: no direct energy savings, but more comfort and lower installation costs.

Indicative Cost Overview (2025)

Conclusion

In 2025, the costs for underfloor heating will range from approximately €30 to €85 per m², depending on the system and situation.
Especially for large areas and sustainable heating solutions (heat pump + water-based underfloor heating), it can be interesting to request quotes in advance.

Many homeowners choose to request multiple price proposals via jeofferte.nl to get a clear picture of the costs and possibilities.

Underfloor heating is increasingly being used in both new constructions and renovations.
The system has clear advantages in terms of comfort and energy efficiency, but there are also points to consider that are important to know in advance.

Advantages of underfloor heating

1. Even heat distribution

• The heat comes from the floor and spreads evenly throughout the room.
• There are no cold spots, which increases comfort.

2. Comfortable and pleasant indoor climate

• Radiant heat feels pleasant and causes less air circulation.
• This results in less dust and allergens in the air.

3. Space-saving and aesthetic

• No more radiators on the wall, making the interior look sleeker and creating more design freedom.

4. Energy-efficient when used correctly

• Especially with low-temperature systems (heat pump, solar water heater, district heating), energy consumption can be lower than with radiators.
• The water temperature is around 30-40 °C instead of 60-70 °C.

5. Long service life

• A well-installed system often lasts for decades with little maintenance.

6. Increases the value of the home

• More and more buyers see underfloor heating as a plus point, especially in combination with sustainable energy.

Disadvantages of underfloor heating

1. Higher installation costs

• The initial investment is higher than with a traditional radiator system.
• Especially in existing buildings, it is disruptive because the floor has to be opened up.

2. Slow heating

• Underfloor heating works slower than radiators.
• This is not a problem in well-insulated homes, but may be less suitable for rapidly changing heating needs.

3. Limited floor choice

• Not every floor finish conducts heat equally well.
• Tiles, PVC, and natural stone are ideal; thick wooden floors or carpets reduce efficiency.

4. More difficult to adapt afterwards

• Moving or adjusting a system once it has been installed is labor-intensive and costly.

5. Possibly slightly lower humidity

• Due to radiant heat, the air in the house may feel drier. This can be resolved with a humidifier.

Consideration: when is underfloor heating smart?

• Very suitable: new constructions, large-scale renovations, and energy-efficient homes.
• Less suitable: homes without good insulation or where rapid temperature changes are desired.

Practical advice

Many homeowners who request quotes via jeofferte.nl combine underfloor heating with:

• Floor insulation to limit heat loss.
• A heat pump for low-temperature heating.
• Home automation for zone- and time-controlled regulation.

This maximizes the benefits and minimizes the drawbacks.

Conclusion

Underfloor heating offers a lot of comfort, an even heat distribution, and can save energy, but requires a higher initial investment and good planning.
By having the situation properly assessed beforehand and comparing quotes, the benefits can be optimally realized.

Underfloor heating has become one of the most popular heating solutions in recent years.
The advantages relate to both comfort and energy efficiency and property value.

1. Even and comfortable warmth

• Radiant heat from the floor ensures a pleasant and constant indoor climate.
• No cold spots and less airflow than with radiators.
• This comfort is often cited as the main reason in requests at jeofferte.nl.

2. Energy-efficient and suitable for low-temperature heating

• Works efficiently with a low supply temperature (30–40 °C).
• Ideal to combine with sustainable systems such as:
• Heat pumps
• Solar water heaters
• District heating
• Can lead to lower energy costs in the long run.

3. Aesthetics and Space Saving

• No radiators needed, allowing more freedom for interior design.
• Sleek, modern look of the home.

4. Healthier Air Quality

• Less air circulation means less spread of dust and allergens.
• Especially beneficial for people with allergies or respiratory problems.

5. Long lifespan and low maintenance

• A well-installed system often lasts for decades.
• Hardly any maintenance required, unlike radiators which need periodic bleeding and cleaning.

6. Suitable for home automation and zone control

• Smart thermostats can control underfloor heating per room.
• Integration with home automation (smart home) ensures greater comfort and energy savings.

7. Increases the value of the home

• Underfloor heating is seen as a modern and sustainable comfort element.
• When selling the home, this can be attractive to buyers.

Summary Table

Conclusion

Underfloor heating offers a lot of comfort, is energy-efficient and aesthetically pleasing.
The benefits are best utilized in well-insulated homes and with professional installation.
Many homeowners therefore request multiple quotes via jeofferte.nl to make the right choice.

Underfloor heating has many advantages, but there are also some points to consider and disadvantages that are important to know in advance. These can influence the choice between underfloor heating and traditional radiators.

1. Higher installation costs

• Investment
  The installation of underfloor heating, especially water-based systems, is more expensive than installing radiators.
• Renovation
  In existing homes, floors often have to be broken open, which incurs additional costs.
• Cost indication
  Depending on the system type, the investment is around € 30 to € 85 per m².

2. Slow heating and cooling

• Underfloor heating has a slow response time:
• It takes longer to heat a cold room.
• The temperature cannot be adjusted quickly.
• This is particularly noticeable with systems that have a thick screed (water-based systems).

3. Extensive Installation (during renovation)

• In existing homes, the floor often needs to be broken open.
• There may be a higher build-up height (thicker floor), unless a special thin system is chosen.

4. Not all floor coverings are suitable

• Restrictions in floor choice
  Thick wooden floors or high-pile carpets significantly reduce heat output.
• Manufacturers must explicitly state that the floor finish is suitable for underfloor heating.

5. Higher complexity in repairs

• A leak or malfunction in a water-based system is more difficult to fix because the pipes are in the floor.
• Control technology and manifolds sometimes require maintenance or adjustment.

6. Drier indoor climate

• The radiant heat can make the air feel slightly drier.
  (This can easily be remedied with a humidifier.)

7. Not always sufficient as the sole heat source

• In poorly insulated homes, additional heating may be required, for example, radiators.
• A heat loss calculation is therefore essential.

Practical tips to limit disadvantages

Homeowners who request quotes via jeofferte.nl often combine underfloor heating with:

• Good insulation of floor and home.
• Home automation and smart thermostats for more efficient use.
• Correct floor finish to optimally utilize heat.

This significantly reduces the disadvantages and increases comfort.

Conclusion

The disadvantages of underfloor heating are mainly the higher investment costs, slow warming up, and limitations with existing homes and floor choices.
In a well-insulated home and with professional installation, the advantages often far outweigh these disadvantages.

1. What is underfloor heating?
• A heating system where heat is emitted through the floor instead of radiators.
• Provides even, comfortable warmth throughout the room.
2. Systems
• Water-based systems: energy-efficient, suitable as main heating (most common).
• Electric systems: easy to install, especially for small spaces and supplementary heating.
• Infrared systems: thin films, quick heat, ideal for renovations.
3. Primary or secondary heating
• Primary (main heating): underfloor heating only, especially for new builds or well-insulated homes.
• Secondary (supplementary heating): in addition to radiators, often in bathrooms or kitchens.
4. Suitable floor coverings
• Ideal: tiles, natural stone, PVC, poured floors.
• Possible with attention: laminate, wood and thin carpet.
5. Advantages
• Comfortable, even heat.
• Energy efficient (low temperature).
• Sleek interior without radiators.
• Less dust and allergens.
• Long lifespan and low maintenance.
• Suitable for integration with home automation.
6. Disadvantages
• Higher installation costs (especially in existing buildings).
• Slow heating and cooling.
• Not all floor types are equally suitable.
• Extensive installation during renovation.
7. Costs (2025, indicative)
• Water-based: € 40 – € 85 per m² (depending on new construction or renovation).
• Electric: € 30 – € 60 per m².
• Infrared: € 50 – € 70 per m².
8. Home automation and smart control
• Possibility to control zones separately, remote control and connection with heat pumps.
9. Advice
• Always have a heat loss calculation made.
• Via jeofferte.nl you can compare quotes to find the best price and quality.

Conclusion

Underfloor heating is a comfortable and energy-efficient solution, especially interesting for well-insulated homes and modern construction.
The choice of system type and application (primary or secondary) depends on the situation and the desired comfort level.