What is Underfloor Heating?

Underfloor heating is a modern heating solution that installs heating elements beneath the floor surface to warm a space from the ground up. Unlike more traditional heating systems that rely on radiators or air circulating solutions, underfloor heating utilises radiant heat, which creates an even distribution of warmth throughout a room where the heaters are placed. Electric underfloor heating systems are not only energy efficient but also enhance consistent comfort in a space. The heaters are placed under the floor surface and can either be directly under the floor coverings or in the concrete foundation slab. Due to this design, the heating system is not visible in the room. This gives homeowners and interior designers complete control over the look of the space, with no need for bulky vents or wall-mounted radiators that are hard to incorporate into the aesthetic of a room. Underfloor heating also does not circulate any air, creating a silent heating system. Because underfloor heating rises from the ground up, it does not generate the drafts often associated with air-pushing heating solutions.

There are two types of underfloor heating systems: Electric (electric heating elements) and Hydronic (water-based). Both systems function using radiant heat, however, they differ in terms of installation, cost, and application.  

Electric Underfloor Heating

Electric underfloor heating systems use electric cables/ heating elements or “mats” that are installed directly under the flooring and on top of a concrete or concrete-like slab. These heating elements are powered by the home or building’s electrical system. They are easier and less expensive to install than hydronic systems. Electric underfloor heating is an extremely versatile system, that is well suited to any type of room in your house, (bedrooms, bathrooms, kitchens, living etc.) as well as any shared spaces (offices, schools, churches, elderly homes, driveways etc.) There are different formats of electric systems: loose-fit cables, mat systems, in-screed, and in-slab heating. In-screed heating sits within a layer of screed or concrete, whereas in-slab heating is attached to the reinforcing steel and sits deeper within the concrete slab. Electric underfloor heating can be zoned to each individual room of the house though the simple installation of heaters into those rooms and using individual thermostats, making it possible to focus energy use specifically on the areas you are utilising. Over time, this saves money on energy bills and time spent on getting your spaces to the desired temperature. 

Hydronic Underfloor Heating

Hydronic systems use a network of pipes laid beneath the floor that have warm water circulating through them. This water is heated by a gas fired or electric boiler, heat pump, or other various heating sources. Generally, the pipes are embedded in a solid floor, such as a concrete slab. The water running through the pipes then radiates heat into the room above. Particularly for large areas, hydronic heating has lower ongoing running costs. However, because of their nature, hydronic heating systems have a higher upfront cost and are more complex to retrofit into existing houses and buildings. Due to their distance from the floor surface and the nature of their design, they also take significantly longer to produce heat in the room, while also taking longer to cool down once turned off. 

Speedheat Electric Underfloor Heating  

Our electric underfloor heating is controlled and programmed from a thermostat. The heaters are placed in a serpentine pattern directly under the flooring finish and heat the space from the ground up. At Speedheat, we take pride in being adaptable to each and every space. We provide the thinnest underfloor heating cables on the market, at only 1.5mm thick. This gives Speedheat customers a unique advantage as our thin cables are adaptable to small, irregular spaces and do not affect the height of the flooring levels as much as thicker cables do. We also supply a range of different wattage options across our tile heaters, including 130W heaters and 160W heaters to best suit the differences in design of your living and wet areas. Speedheat has over 40 years of experience in installing underfloor heating and has completed installations in homes and buildings of all shapes, sizes, and scales. 

“If you’re looking for under floor heating then this [Speedheat] is the most awesome and professional group of people with a sensational product. I first put it in my bathroom including in the shower and last week had it installed in my kitchen and living room. This winter I will be very cosy and I guess my dog will love it too️!”

– Speedheat Customer Review 

“Speedheat and in particular Tristan were great to deal with. 
Very professional, prompt, informative, and very generous in my instance of correcting issues other trades had created. I highly recommend Tristan’s expertise in underfloor heating.” 

– Speedheat Customer Review 

“Great local heated flooring company! Excellent service & communication. Very affordable. Our bathrooms are now so cosy & warm on those cold Melbourne Winter mornings!” 

– Speedheat Customer Review 

Why do we need underfloor heating in our homes?

Underfloor heating  systems are rising in popularity due to a variety of reasons. Heated flooring can be the difference between the feeling of a house and the feeling of a home. It creates an extra layer of comfort that is irreplaceable by other traditional forms of heating. It is also the easiest-to-use form of heating. Some households program their electric floor warming system during autumn and don’t have to worry about adjusting the settings or turning off their thermostat until the following spring when the weather starts to warm up again. There are a variety of factors that make underfloor heating an ideal heating solution for those looking to create a comfortable environment while also providing a great return on investment for homes and community spaces.

Enhanced comfort and even heat distribution  

One of the key benefits of underfloor heating is the comfort it offers. By radiating heat upwards from the ground, it ensures that there is an even heat distribution throughout the room. This eliminates the common problem of hot and cold drafts often found when using radiators and split systems.  

Space-saving and aesthetic appeal 

Traditional forms of heating, such as radiators, can be bulky and restrict interior design options. Underfloor heating is not visible from beneath the flooring. The only visible part of the heating system is the thermostat. Even then, there is flexibility around the thermostat’s location. If you don’t want the thermostat to be visible in the room, by moving the location of the floor probe, you can relocate the thermostat into a cupboard or service area. However, it is important to be aware that if you choose to do this, you will not be able to run the thermostat using the ambient temperature in “room mode” and will only be able to run it in ‘floor mode’.  This is beneficial for open-plan spaces in homes as it gives you complete flexibility for furniture and décor placement.  

Improved energy efficiency 

Underfloor heating’s even heat distribution leaves the room feeling warmer for longer while using lower energy consumption. Over time, electric underfloor heating’s efficiency creates opportunities for significant energy bill savings and with appropriate electrical connections can be integrated with solar power and other renewable sources of electricity, allowing for optimal energy efficiency. This is a great option for saving money while also making environmentally conscious decisions within your home.  

Low maintenance and long lifespan 

Underfloor heating systems require very little maintenance. These systems are built to last for decades, and with fewer moving parts than traditional systems, once installation and flooring is completed there is a very low risk of damage or need for replacement parts. For homeowners, this means lower long-term maintenance costs. 

Future-proofing with sustainable technology 

As the construction industry prioritises the value of energy efficiency in both residential and commercial spaces, underfloor heating provides a future-proof investment. It pairs well with renewable energy sources such as solar panels, making it a key component when optimizing energy efficiency in a new build or renovation project. Using solar power to generate the electricity used for underfloor heating creates significant energy savings when the floor heating is running on a programmable heating schedule. Our standard MCD5 thermostats can create programmable heating schedules that set your heating to run during the specific times you need warmth in the room. This means no more energy wasted on heating the room when you aren’t in it. It also has a variety of other settings that optimise efficiency. Our smart MWD5-VC thermostats also offer app and voice control, blending seamlessly into the increasing desire for automated homes with the ability to connect to systems such as Google Home and Alexa.  

Is underfloor heating safe for pets and children? 

Electric floor heating is a very safe heating option that is perfect for a family home where children, the elderly, and pets reside.  

No hot surfaces or sharp edges 

One of the more prominent reasons why underfloor heating is best suited to family homes is that it eliminates the need for exposed radiators, heaters, or vents. Traditional radiators and woodfires can become dangerously hot to the touch, becoming a burn risk for curious toddlers and pets. Underfloor heating systems reside under the floor and operate at lower surface temperatures, eliminating concern of burns or electric shocks.  

Gentle distribution of heat 

The consistent and even heat distribution helps infants, elderly, and others who struggle to regulate their body temperature. This creates a healthy and safe environment for adventurous children and furry friends that love to nap in warm spots on the floor. 

Hygienic and allergen free environment 

Compared to traditional heating systems, underfloor heating doesn’t require air circulation to heat the room. This means there is less circulation of dust, pet dander, and nasty allergens. This creates a cleaner indoor environment for children with asthma and/or allergies. It is also a great addition for spaces occupied by elderly people and pets with sensitive respiratory systems. Having heating form at a floor level, with an even distribution where the heaters are placed also contributes to an environment with less moisture build-up and  improved air quality.  

Safe and modern flooring materials

The process of adding underfloor heating to a space involves ensuring compatibility with different flooring types. Underfloor heating systems are designed to work safely with a range of flooring types, including but not limited to tiles, carpet, decorative screed, polished concrete, laminate, and floorboards. The underfloor heating is installed in a way that will not compromise the flooring materials through excess heat conduction, maintaining a safe and comfortable surface temperature for small feet and paws. It always pays to check with your flooring manufacturer that they allow underfloor heating to be installed under their product. 

No risk of tipping or tripping

There is always a risk of a hot appliance tipping over or tripping over cords and wires when using traditional heating methods. Underfloor heating is well-suited to a busy family home or community space as there is no risk of harm to young children, pets, or elderly interacting directly with hot heating elements. The only part of an underfloor heating system that a curious kid may interact with is the thermostat, however, there is a child lock feature available to deter them from disrupting your heating schedule.  

Compatible with safety standards

At Speedheat, our heating system is built and tested to meet International and AS3000 safety standards. When installed by our experienced installers, it is a highly reliable heating solution with little-to-no maintenance costs. It is a legal requirement for a qualified electrician to complete the installation of electric underfloor heating and to abide by AS3000 regulations during every step of the installation process. 

Radiant Heating  

Radiant heat is a heating method that warms a space by directly transferring heat, rather than heating the air. This is achieved by using heated surfaces, such as floors, walls, or ceilings, that radiate warmth to the people and objects in the room. The most common forms of radiant heating include underfloor heating (electric and hydronic) and radiant panels. Radiant heating systems provide an even heat distribution and minimises cold drafts where the heater elements are placed, offering better comfort than traditional forced-air systems. Radiant heating also improves air quality by not circulating dust or allergens, which is beneficial for people with respiratory issues. Radiant heating systems typically operate at lower temperatures, creating a more energy-efficient and cost-effective way to heat spaces in the long run. The quiet, gentle warmth and lack of visible heater parts, like vents or radiators, has led radiant heating systems to become increasingly popular in modern, energy-conscious homes.  

What factors should be taken into account when considering an underfloor heating system in your space? 

Underfloor heating systems have many elements to their installation. At only 1.5mm thick, our heaters are the thinnest in the Australian market for underfloor heating. This makes them very adaptable to suit the design of your space. However, this also means there are several installation factors to consider so that you can get the best out of your underfloor heating system. 

Available Space 

When figuring out which heater size suits your space the best, look at the “available space” in the room. Rather than just measuring the square meterage, “available space” considers the elements of the room, e.g. do you have a wall-hung vanity or toilet? Do you want heating under your shower? Is there only one logical placement for your bed, and do you need heater coverage under it? We need to consider this as we cannot install heating under heavy objects such as baths or floor-mounted vanities and toilets. It is also necessary to have a 100-200mm gap from the wall to the heater element. When these things aren’t considered during the planning phase, it can lead to the selection of the wrong heater size, and nothing is worse than starting a job and realising that you have the wrong heaters for your space! 

How do you use the space?

It is important to consider the type of space you are heating and how you use it. For example, wet areas where you are typically wearing less clothing will require more heat per square meter to fill the room with satisfactory warmth. They are better suited to 160W heaters, whereas smaller living areas with low ceilings may only need 130W per square meter to sufficiently heat the space.   

The Process

Have an in-depth conversation with your site electrician and builder to ensure all the electrical and flooring preparation is done on time.  It is important to schedule the underfloor heating installation for the right time in your construction process. Underfloor heating installations run the smoothest when there are no other trades on site and the subfloor is clean, clear, and smooth. It is best to book your tile heating installation for at least 48 hours after any waterproofing is completed and the day of or day before your flooring is laid. In the case of carpet heater installations, it is best to book this in directly after the underlay has been laid and the day or day before your carpet is laid over top. This mitigates the risk of the heating elements being exposed to an active construction site. 

Floor Level   

For any Australian construction site, it is mandatory to comply with Australian building regulations in any form, including floor levels.  Our electric underfloor heating mats are the thinnest on the market. At only 1.5mm thick, you don’t have to worry about Speedheat’s underfloor heating system’s effect on your project’s flooring levels.

Flooring Type

Your flooring type can play a role in which part of the construction process your underfloor heating needs to be installed. For wet areas, all waterproofing will need to be finished and completely dry before any underfloor heating installation can commence.  If the waterproofing is still tacky, installation can compromise the integrity of the waterproofing, which can create costly rework later down the line. 

How does underfloor heating work with different flooring materials?

Our electric underfloor heating system can be paired with almost any type of floor covering. No matter if you are looking to heat bathrooms, living areas, laundries, kitchens, bedrooms, or community centers, our underfloor heating is versatile and can create a solution for any space you desire. Our floor heating system is most commonly paired with tiled, floorboarded, carpeted, and/or natural stone floors.

Tile Benefits

Most commonly, our underfloor heating is paired with tiles. Tiles have excellent thermal conductivity, which means they transfer heat from the heating system to the room efficiently. Because of this, tile and stone are ideal for both electric and water-based underfloor heating systems. This is a perfect flooring option for bathrooms, kitchens, laundries, outdoor areas, and living areas. Tile and stone floors also have high moisture resistance, making them ideal for wet areas – and yes, you can even put under-tile heating in your shower!

Tile Preparation

It is important that any waterproofing in bathrooms or laundry rooms are completely dry before the underfloor heating system is laid under tiles. Depending on the size of the space, our tile heaters are thin enough at 1.5mm thick to sit in the tiler’s glue, so screed or self-levelers are not always necessary.  The exceptions to this rule are if your tiles are large or mosaic. For anything 600mm by 600mm or larger, we recommend putting a thin screed/self-leveler over the heaters to mitigate the risk of damage to the heating elements during tile placement. Because of their nature, mosaic tiles need a self-leveler to ensure an even heat distribution and to avoid hot spots.  If tiles are used in a particularly large space, a self-leveler is also required over the heating elements to protect them during the laying of the flooring.

Carpet Heating Benefits

Another common flooring finish that works well with underfloor heating is carpet.  Underfloor heating in carpeted areas makes for the cosiest parts of a house, perfect for kids, pets, and the elderly. Carpet is a great conductor of heat, and when paired with underfloor heating, it heats the room quickly. Speedheat has specialised carpet heaters that are wrapped in a thin layer of foil for optimal thermal conductivity.

Carpet Heating Preparation

Our carpet heaters are laid on top of the carpet underlay. It is important that no staples or nails are used to pin down the carpet underlay. If nails or staples are placed in the underlay, this has the potential to rub on the heater elements or squash them once weight is placed on top, causing them to be compromised. Once the carpet heaters are installed over the underlay, the carpet can be laid over top of the heating immediately. Approximately 1.5 hours is allocated to the installation of each heater, meaning in most cases, underlay, carpet heater, and carpet installations can be completed in the same day. It’s important to note that underfloor heating’s effectiveness also depends on the thermal resistance of the carpet and its underlay. Some carpet types may exceed a TOG rating (an indicator of thermal resistance) that is suitable for underfloor heating. It is always essential to confirm with your flooring manufacturer whether your carpet type is suitable to pair with underfloor heating.

Floorboard Heating

Floating Floorboards

Floating floorboards are another common flooring type paired with underfloor heating. Their light nature and easy installation make them a great option for people seeking a cheaper flooring option that provides a homely feel.

Stick Down Floorboards

Similarly, stick-down floorboards are another common option for renovating flooring while on a budget. It is important to note that when pairing floorboards with underfloor heating, you can not nail down the floorboards, as this risks nailing through the elements and compromising the heating.

Although floating floorboards are a great option to pair with underfloor heating, there are precautions that need to be taken before laying any form of floorboards over underfloor heaters.

You will need a smooth concrete or concrete-like surface below underfloor heating, and a thin self-leveler or screed poured over top once the heating is laid. Our heater elements are only 1.5mm thick, so the leveler can be as thin as 2mm to cover. This is to ensure that the heating elements are contained in a substance that is able to distribute heat well and then the floorboards will float above the heating.

Due to the nature of floorboards, it is recommended to limit the floor temperature. This is because, over time, their exposure to high temperatures can cause movement/swelling in the boards. It is always good to check with your flooring manufacturer, as every type of flooring is different and some manufacturers will not warrant their product with heating underneath it. Our thermostats have the ability to limit the floor temperature to whatever the flooring manufacturer requires but it is common for this to be no more than 27 degrees Celsius, so you can still reap the benefits of underfloor heating through floorboards.

Laminate Flooring

Laminate flooring can be compatible with underfloor heating when extra precautions are taken. Laminate conducts heat reasonably well and warms up quickly, though not as efficiently as tile or stone. It is important to choose laminate flooring with a low thermal resistance rating to ensure efficient heat transfer.  You cannot put laminate flooring directly over the heaters. Screed or leveller is required to go over the top of the heaters to enable even heat distribution from the heating elements, that is not in direct contact with the laminate. Gaps between the boards must be maintained to allow for natural expansion and contraction due to heat for the floorboards. Laminate also has a temperature limit (that can be set using our MCD5/MWD5-VC thermostats) of 27 degrees Celsius. Underlays used beneath laminate should also be compatible with underfloor heating to avoid creating an insulating barrier and you will need to check with the manufacturer of the flooring to ensure they know you want underfloor heating so they are able to provide the best flooring product for your needs.

Vinyl Flooring

Another cost-effective floor fitting is vinyl flooring. It is more flexible than laminate and has excellent spill and water resistance. It also has high durability, making it a good option for households with young children or pets. Vinyl flooring also comes in a wide range of styles, making it a versatile option for interior design choices. However, it is important to note that vinyl is not an ideal distributor of heat.

A 5-10mm leveller is always required to be poured over our heating before vinyl or laminate flooring is laid. If a leveler is not applied, the heat will not be distributed evenly, and there is a risk of the heating creating raised lines in the flooring. This leveler needs to be completely dry before the flooring is laid on top of the heaters. This protects both the heaters and the floorboards when the heating is on.

Engineered Timber Flooring

Engineered wood flooring is another suitable material for underfloor heating. Unlike solid hardwood, engineered wood is constructed in layers, making it more dimensionally stable and less prone to warping due to temperature changes. It provides a warm and natural feel to your space with reasonable heat conductivity. When choosing engineered wood, thinner boards (around 14-15 mm) with a dense core are preferable for heat transfer. As with laminate, the product should be approved by the manufacturer for use with underfloor heating, requires a screed over the top, and has a floor temperature limit of 27 degrees Celsius.

Bamboo Flooring

Bamboo flooring is made from regenerating grass that grows significantly faster than hardwood. This makes bamboo flooring a great option for homeowners that are environmentally conscious. However, it is important to note that bamboo floorboards can be sensitive to scratching and moisture depending on the manufacturer.

Electric Floor Heating Installation

Step 1: Preparation and Planning

Assess whether the space and flooring type you would like to work with is suitable for underfloor heating. It is always best to have a conversation with your flooring team about the appropriate pairing or flooring types with underfloor heating.

Send us a copy of your plans (with measurements) to Speedheat, so we can assess the space and let you know the best heater size for your area. Whether you are purchasing one of our underfloor heating kits or having our team install it, your Speedheat quote document will provide you with all the relevant information needed for the correct preparation of an underfloor heating installation.

REQUEST A QUOTE

Preparation for underfloor heating includes electrical work that follows the AS3000 regulations. Speedheat’s quote documents will provide information for your electrician so they are able to ensure sufficient electrical load is available to use and the correct size cables are used. In the case that Speedheat is installing your electric underfloor heating, your site electrician will need to ensure that the thermostat cutout is completed, and the draw wires are installed and they have installed electrical cabling connected to a safety switch before we attend the site. This helps our installers know where to lay the heating to connect it up to your electrician’s chosen thermostat placement.

Take a further look into the installation process here:

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Step 2: Subfloor Preparation

The underfloor heating needs to be laid on a concrete/or concrete-like subfloor. You can use cement sheeting or levelers. This subfloor must be level in order for an even heat distribution. If your subfloor is not naturally level, you can use a self-leveler to amend this. The self-leveler needs to be completely dry before the underfloor heating is installed. Similarly, if you are installing electric underfloor heating in wet areas, the waterproofing needs to be completely dry before installation, as the heating system is placed on top of the waterproofing.

In some cases, you may want to have insulation boards installed on top of the subfloor. Although it is not a necessary element, this layer of insulation will ensure that the heat is forced to rise and will not seep underneath the floor surface. Please note that Speedheat does not provide insulation boards. It is always best to have a conversation with your flooring team about the type of flooring you have selected and what will provide the best outcome for your chosen budget.

Before installation occurs, make sure the floor is smooth, dry, and free of any sharp edges. Be mindful of sharp stones, dust, oil, or residue on the slab that has the potential to damage the cables. It is also important that no buckets, chairs, tools, ladders, or heavy items are placed on top of the heating elements as this creates the potential to damage them during the construction process.

Step 3: Lay out the heating system (Underfloor Heating Kits – SUPPLY ONLY)

If you have purchased one of our heating kits and are planning to install the underfloor heating system yourself (as a qualified electrician), firstly, plan your layout. For all of the visual learners, our kits include access to this YouTube video about the process that you should watch before you get started.

We always recommend physically marking out where the heater will be placed, which is generally 100mm for bathrooms and wet areas, and 200mm out from all walls or cabinets in living areas. For small bathrooms, this can be reduced to 50mm if the space is small.

70-85% coverage is sufficient to heat the room. It is not ideal to place the heating directly against walls and cabinetry, as this can be wasteful heater coverage, and people generally don’t come into contact with the heating in these areas. Another thing to be aware of is that the heating elements will need to be placed 100mm out from any water stops in wet areas.  It is also recommended to lay heating at least 100mm under any wall-hung vanities so that people don’t have cold toes while brushing their teeth.

To lay the heating, make sure you remove the heater element from inside the tube before starting to unroll it from the thermostat location. Laying the heaters out without sticking them down will ensure that you have the correct-sized heaters for your space and can connect the cold tails to the chosen thermostat location. This will mitigate the risk of any rework that may be needed when sticking heaters down in the incorrect place/formation.

There will be times when you have un-uniform areas of the room where the heater elements don’t fit easily. In this case, tear the tape in the area where you need to change the shape of the heating element. It is important that in any instance, to keep a 50mm distance between heater elements and element runs. You must make sure the wires do not cross to avoid hot spots and use cloth tape to secure the heater cable to the floor and/or wall. Be sure to avoid placing the heater cable on sharp edges of stairs, corners, in and out of showers, and around water stops.

The heater element is one continuous cable, so you must place the start and finish of the cable at the same location while having enough length on the cable to return it to the thermostat location.

In no circumstance should the heater element be cut or shortened. If you find yourself with a heater that is slightly too large, there are different options you can consider depending on your space. Some previous clients have opted to use innovative approaches such as running their heating further under their wall-hung vanities or up the wall and behind their towel rails.

It is important to make sure that if you do run your heating up the wall, you are careful not to damage any heater elements when attaching fixtures such as towel rails. Additionally, you need to plan out if/where you are going to install any door stops. When laying your heater elements, be sure not to lay the heater in any areas where door stops may be installed, as this avoids the risk of accidentally drilling through the heater.

Once you are confident in your heater placement, you can stick the heating in the chosen position. Ensure the element stays straight and under slight tension when removing the wax paper backing to stick the heating cables down.

Step 4: Lay the mesh

Once you have stuck down the heater elements, it is time to lay the self-adhesive fiberglass mesh on top, sticky-side down. Carefully cut the mesh to fit over the entire heater with minimal overlap and allow 100mm over the edge of the heater. From there, smooth it out with a soft brush broom and ensure no air bubbles are present.

Once you have finished laying the heating, it is important to attach a monitor to each individual heater after installation.

Step 5: After Installation: Floor Probe and Monitor

Pull the heater cables and floor probe cables up to the thermostat location to be ready for the thermostat fit-off. Make sure the heating element does not go into the wall, just the electric cables.

Install the floor probe for the thermostat between 2 elements at least 20mm but no more than 25mm away from the heating elements. This will help regulate the temperature for perfect heating control.

Pulling the heater cables up through the wall is much easier if the draw wires are installed during rough-in before the plaster is installed in the room. Once the heater is laid, ensure the monitor is still connected.

It is important that you do not switch the heating on until seven days after the tile grouting has cured. The monitor must stay connected until tiling and grouting are completed to ensure it alerts you if any damage is done to the heater elements during construction.

Step 6: Cover the heating system and lay the flooring

After the previous steps are completed, you will be ready for the flooring to go down! It is ideal to lay your flooring no more than 24 hours after the completed installation of underfloor heating. This is because it mitigates the risk of the underfloor heating elements being exposed to an active construction site. We have provided a YouTube video on the installation process for visual learners:

Step 7: Connect the thermostat

Please note that Speedheat does not generally fit off the thermostat, as this is to be completed towards the end of the construction or renovation project and makes sense for your site electrician to complete this step of the installation. They will need to complete mandatory testing on the complete electrical installation for your heating and will also generally be onsite doing other electrical work at the time. Your electrician can find resources on our YouTube channel on how to fit off the thermostat:

Once the tiling/carpet/floorboards are completed and the grout has fully cured (minimum seven days), you can turn your thermostat on and enjoy the comfort of your new heated flooring.

The cost of underfloor heating in Australia: What to know before you invest.

Underfloor heating has become an increasingly popular heating solution because of its versatility, from renovations in Melbourne to new builds in Adelaide. It’s an Aussie favourite because, while offering new levels of comfort, aesthetic appeal (with no bulky radiators or ducts), and easy-to-follow programming, it also provides impressive levels of energy efficiency in comparison to alternative heating solutions.

But, like any purchase, to help you make informed decisions on your choice of heating, it’s important to understand what drives the costs of underfloor heating in Australia. There are two major cost categories to consider with underfloor heating. They are the costs associated with the installation of the heating system, and the costs of running the system after it is installed.

In this guide, we’ll break down the key cost factors for both installation and running costs, including the cost of installing underfloor heating by room type, and how room size and design impact running costs, with a specific focus on electric underfloor heating.

Factors that Influence the Installation Cost of Underfloor Heating

Each room in your home or community space is unique, and this is reflected in pricing. There is no one-size-fits-all price for underfloor heating. Installation costs vary heavily depending on the components of the installation. One of the main components that contributes to the installation costs of underfloor heating is the cost of materials. Some material costs include the heating elements, water pipes, or boilers, depending on the system type you choose. Other installation costs to consider include the flooring materials needed for the preparation and completion of the project, the labour costs to install the product and materials, and the thermostats (the panel used to control the heating).

System Type

One of the main components that contributes to the installation costs of underfloor heating is the type of system you choose. There are two main system types.

Electric underfloor heating (using heating cables/elements on top of the slab)

Electric underfloor heating has a quicker and cheaper installation process than hydronic underfloor heating.  In the case of tile/floorboards, the heating elements are laid directly on top of the concrete or concrete-like surface. Similarly, for under-carpet heaters, they can be laid directly between the underlay and the carpet. When considering labour costs, the installation can often be completed on the same day or the day before the flooring is laid. Electric underfloor heating has the perfect balance between efficient heating and cost-efficiency.

In-screed/In-slab underfloor heating

There are two other types of underfloor heating elements that are commonly used in the underfloor heating, which need to be completed at the concrete pour stage of the construction process. In-screed heating involves a thicker heater element, being placed within a layer of screed or concrete-like substance over the subfloor. It tends to be used where the thickness of the required screed is greater than 20mm. In-slab heating is where the heating element or pipe is embedded within the concrete slab. Both methods can use electric or hydronic systems. In-screed heating sits closer to the flooring surface than in-slab heating, so similarly to under tile and carpet heating, it heats up and cools down faster than in-slab heating. These different heating methods all have varying installation and running costs.

Hydronic underfloor heating (water circulating through pipes)

Hydronic underfloor heating systems have steeper upfront costs than electric systems. The pipes that distribute the hot water are installed in the slab, and the water is heated through heat pumps or boilers, which add additional costs to the process of hydronic heating installation.

Room Size and Layout Complexity

Another factor that impacts the installation cost is the size and shape of the room you want to install electric underfloor heating in. Every room has unique features that contribute to its ability to retain heat. Electric underfloor heating works with the “available space” in the room.  Working off your floor plan and its permanent fixtures to measure the available space against the heater size is the best way to ensure that you have the correct-sized heaters for the room you are installing in. It also ensures that you have chosen an amount of heater coverage that is sufficient to fill the room with warmth, which is a core cost consideration. Rather than just measuring the square meterage, “available space” considers the elements of the room, e.g., is there a wall-hung vanity or toilet? Do you want underfloor heating in your shower? Do you have fixed cabinetry in the room, and have you allowed for the minimum setback requirements of 100-200mm out from the wall? etc. When you consider all of these variables, it gives you options on how to control the cost by clever heater placement.

Subfloor and Install Preparation Work

Our electric underfloor heating needs to be laid on top of a concrete or concrete-like surface. Depending on what your pre-existing flooring is, there may be costs involved in the preparation stage of an underfloor heating installation. For example, if your pre-existing flooring consists of floorboards, then installing electric underfloor heating will incur costs such as self-leveler, concrete screeding, or cement sheeting.

Speedheat does not endorse or require any particular type of screed or leveler, as any concrete or concrete-like substance will be sufficient. This also means there is added flexibility with your flooring budget. It is important that you have a conversation with the manufacturer regarding your chosen material’s compatibility with underfloor heating.  Similarly, our carpet heaters need to be laid on top of a foam or felt underlay, and once again, underlay costs can vary based on your preferences.

Flooring Material – Construction Costs (tile, wood, carpet, etc.)

Here at Speedheat, we have developed two main electric heater systems. These include our under-tile range and our under-carpet range, which you can read about in chapter one.

These heater systems affect the overall associated costs of an underfloor heating installation due to the nature of the materials that they interact with.

Different types of tiles also call for different flooring stages, which need to be considered when planning the construction/renovation timeline and its associated budget. In most cases, under tile heaters would be laid over top of waterproofing completed in wet areas.  Additionally, in cases where tiles are larger than 600mm x 600mm or mosaic tiles are chosen, a leveler is also required to be poured over the top of the floor heaters. Similarly, any type of floorboards requires a leveler or screed to be poured over the top of the heater and beneath the floorboards.

It is important to be aware of these necessary materials when quoting and budgeting for your overall project. Many of the materials used during the installation phase have costs that can vary based on your chosen budget.

You can learn more in-depth information about how installations vary for different flooring types on our blog.

Insulation

One component that affects the cost of underfloor heating significantly is insulation. Insulation affects both the installation costs and the running costs of underfloor heating, which need to be considered during the planning of the construction process.

It is important for the room you are installing floor heating in to be well-insulated. Rooms with high ceilings, many windows, and insufficient insulation will impact on the effectiveness of underfloor heating than a well-insulated room with low ceilings. 70-85% heater coverage is generally sufficient to heat the room, depending on the area you are trying to heat. Insulating a room during the construction process can have varied material and labour costs based on your project’s budget.

How the room is insulated will determine how well the room will retain the heat that is generated by both the tile and carpet heaters. If the heat in the room cannot be retained, the system will draw more electricity and, consequently, lead to higher energy bills.

Heating Installation Labour Costs

There are different ways to approach labour costs in terms of the installation of underfloor heating. Most underfloor heating companies for both electric and hydronic heating will offer “supply and installation” and “supply only” heating options.

At Speedheat, we offer electric underfloor heating installations. This includes our installers attending your project’s site once all the preparation requirements are completed and installing the underfloor heating. The average labour time allocated for one of our underfloor heating specialists to install one electric underfloor heater is approximately 2 hours. These install fees will vary between underfloor heating suppliers and the location of your project.

Travel Costs

Many underfloor heating companies have installers that work within a specific area radius. If your construction or renovation project is located in a rural area or a distance outside of your chosen installer’s parameters, there are often travel charges associated with this travel which vary by company.

Our team of installers can service any area across Victoria and some parts of South Australia. We provide installations within 50km of our Clayton office or Adelaide CBD with no travel fee. Installations outside of these 50km radiuses will incur a travel fee that covers labour and vehicle costs.

If you are interested in our pricing for underfloor heating installations, you can upload your floor plans and request a free quote here.

Supply-Only Heater Kit Installation Costs

Many companies also offer underfloor heating kits, which vary in cost based on the size of the heaters and the supplier you choose to purchase from. The heating kits supply everything the buyer needs to install underfloor heating themselves. These provide an option for any qualified electrician who would prefer the flexibility of installing the system themselves. The installation process of electric heating mats is a worthwhile addition to any construction or renovation project.

If you are not a qualified electrician, but have a preferred electrician working on your construction or renovation project, buying heating kits can be a good solution to meet your installation timelines, especially if your project is in a rural area.

At Speedheat, our underfloor heating kits are inclusive of your chosen heater size, mesh, a single-use installation monitor, and an installation guide.

If you are interested in available heater sizes and prices, you can view our underfloor heating kits here.

Renovations vs. New Builds

There is not much differentiation between the cost of installing underfloor heating in a new build versus a renovation project. However, having to pull up existing flooring during a renovation is an extra step in the process that can incur further labour costs.

Additionally, when establishing the electrical setup of a renovation, there can be costs associated with moving the electrical circuits to the correct placements for the new layout/structure of the area. Alternatively, with a new build, these can be correctly placed during the initial planning phase.

Cost of Installing Underfloor Heating in Different Room Types

Room by Room Cost Breakdown

For a rough idea of what an electric underfloor heating installation could potentially cost, see below the average installation cost and common variable factors per room.

***Disclaimer: Due to there being so many variables in the ability to calculate an electric underfloor heating installation, this breakdown has a number of assumptions built into it, and therefore may not match exactly your project’s circumstances. For accurate quoting of your property, please request a quote here.

This breakdown is based on the:

• Defined typical size of the room
• Suggested heater type

A cost estimate (supply + install on underfloor heating ONLY) **no thermostat included.

Bathroom

• Typically smaller spaces 2-10sqm, with limited windows and tiled flooring
• 160W under tile heaters used for wet areas (160W per square meter)
• A typical bathroom with installation $800-2,800AUD
• Available in the shower (standard shower coverage is an extra $50 to $100AUD on average)
• Wet areas require water-proofing considerations in most circumstances. It is important to plan ahead for water stops.

Kitchen

• Typical Australian Kitchen is 5-20sqm
• 130W under tile heaters used for kitchen areas (130W per square meter)
• Cost Range on average: $1200-$5,600
• Subfloor condition often requires prep work
• Often part of open living spaces, connected to dining and living – this will have an effect on the way the heat is retained and running costs.
• Heater coverage is more variable with common permanent fixtures e.g. cabinets, islands etc.

Living Room

• Typical Australian Living area is 10-25m2
• 130W Tile heaters or 120W Carpet heaters used for living areas (120-130W per square meter)
• Cost Range on average (carpet heaters): $1,200 – $5,800
• Cost Range on average (tile heaters): $1,000 – $5,800
• Subfloor condition often requires prep work
• Heater coverage is more variable with common permanent fixtures e.g. cabinetry etc.
• Consider zoning for energy efficiency – Potentially multiple thermostats, depending on size and zoning
• Often part of open living spaces, connected to dining and kitchen – May need more extensive insulation

Bedroom

• A typical Australian Bedroom area is 5-22sqm
• 130W Tile heaters or 120W Carpet heaters (120-130W per square meter)
• Cost Range on average (carpet heaters): $1,000-$5,500
• Cost Range on average (tile heaters): $1000-$5,500
• Zone each bedroom for energy efficiency and to suit personal preferences
• Moderate heating requirement
• Benefits for allergen reduction (no radiators), helpful for consistent temperatures and body regulation while sleeping.

Hallways and Corridors

• Typical Australian Hallway/Corridor area is 3.6sqm- 10sqm
• 130W heaters or 120W Carpet heaters (120-130W per square meter)
• Cost range on average (130W under tile heater): $850-$3,300
• Narrow but high foot traffic
• Ideal for consistent warmth in transitions between rooms.

There is no limit to the type of spaces that can have underfloor heating installed in them. Other commonly requested areas include libraries, games rooms, nurseries, home theatres, entry ways, walk-in wardrobes, laundries, etc. People have even been known to install underfloor heating in their outdoor areas.

If you have an area/room that you are interested in receiving pricing for, our team is always happy to have a conversation with you about your options. Request a quote and upload your floor plans (they can even be hand-drawn as long as they have measurements and include any permanent fixtures).

Thermostat Pricing

Across the industry, there is a wide range of thermostats with different capabilities. At Speedheat, our range of thermostats includes a standard touchscreen MCD5 thermostat and the Wi-Fi thermostat with voice activation compatibility, known as the MWD5-VC thermostat. One thermostat typically needs to be installed by a site electrician for each room/area that you have underfloor heating installed in.

Most commonly, the site electrician will fit off the thermostat when completing the final fit-off of the renovation or construction project. There is an average labour cost of $249 to fit off the first thermostat and $100 for each consecutive thermostat at the same site. A $150 fee is also incurred for the required electrical safety certificate. If you are interested in the pricing of our thermostats, you can have a look here.

Running Costs

Each system type will vary in the energy it draws (and the associated bills) depending on the heater coverage, the room design, and how much the heating is used.  The way heat fills a room is different depending on the size of the space, its layout, and how well insulated it is.

Hydronic Heating Running Costs

Hydronic heating systems are generally more cost-effective than other traditional types of heating. It also may have cheaper running costs than electric depending on the system that is chosen. However, in comparison to electric underfloor heating elements that sit just beneath the surface, hydronic heating takes a substantial period of time to transfer heat to the room and to cool down again. The nature of the hydronic process loses the level of flexibility that electric underfloor heating can provide.

Does Electric Underfloor Heating use a lot of Electricity?

One of the most common questions people have when considering underfloor heating for their home or office is whether it consumes a lot of electricity.

The short answer is: it depends on the type of system, the type of room, how frequently you use it, and how well your property is insulated.   With the use of modern technology, underfloor heating can be an extremely efficient way to heat houses and shared spaces, with programmed thermostats evaluating the system’s run times to heat the spaces quickly while preventing energy wastage.

With Speedheat, the electric heating elements sit just beneath the floor surface, meaning this approach transfers heat to the room quickly. Compared to traditional air-pushing heating systems, electric underfloor heating has cheaper running costs as it warms the room in a more energy-efficient way from the ground up. Although it has slightly more expensive running costs than hydronic underfloor heating, it provides a long-lasting and even heat distribution quickly.

How You Use Your Underfloor Heating System

How you choose to use your electric underfloor heating can make a difference that helps the system to run more efficiently. Habits such as closing windows and curtains to increase insulation will naturally help to keep the heat in one area.  Simultaneously, pairing your floor heating with renewable sources of energy, such as solar power, optimises the electricity usage needed to heat your spaces.

To learn more about how to optimize energy efficiency, read our blog.

Additionally, when paired with our thermostats, which assist energy efficiency through a programmable heating schedule, electric underfloor heating gives you ultimate flexibility when heating your home.

Running a Thermostat

The way you set your underfloor heating to operate is a big factor that affects the running costs of heating your spaces. One way to ensure that you are running your heating in an energy-efficient way is through the integration of SMART thermostats.

Speedheat’s thermostat range consists of the OJ MicroLine MCD5 and the MWD5-VC SMART thermostats. Each room can be individually zoned/controlled with a programmable thermostat. Both types of thermostats have the ability to run your floor heating on a set schedule, based on your daily routine. The programming is a short and simple process, and once it is set up, you do not have to continually turn your heating on and off – simply just set and forget! Some people choose to set their thermostats at the beginning of autumn and don’t turn them off until the following spring.

There are various functions that thermostats are programmed to carry out for optimal energy efficiency. An example is the ‘open window’ feature. This feature, when turned on, ensures that the thermostat automatically turns off the heating elements if a breeze or draft in the room is detected. This is implemented so that if you leave a window or a door open by accident, the thermostat no longer draws electricity to put heat into a room where it will dissipate through an open space, saving on energy consumption and its associated bills.

The MWD5-VC thermostat is compatible with home automation systems such as Google Home and Alexa. It can be controlled through an app available on any smartphone.

Running Cost Calculator

Our electric underfloor heaters come in a variety of sizes and wattage variations to best suit your space, generally ranging from 120 to 160 watts per square meter. When considering this, we can liken the electricity used to run our 160W heaters for 1 hour to running a standard hair dryer for 20 minutes.

For an idea of how little Speedheat’s electric underfloor heating will cost to run in your home and communal spaces, you can check out our running cost calculator here to see the savings for yourself.

Speedheat Rebate System

Speedheat offers a generous rebate system, where clients who spend $3,000 or more within a calendar month receive money back for their next project. If you are looking to complete a significant renovation, this can be a great way to keep costs down over the course of your project. You can read more about it here.

Great Return On Investment

Underfloor heating is a rewarding feature for new builds and renovations because it holds a great return on investment. Particularly with electric underfloor heating, it is a quick and efficient addition to the construction process. It keeps the air dry and warm in the designated areas without circulating air and pushing allergens throughout the room. Because underfloor heating doesn’t circulate air, it is also a silent heating solution, leading to ultimate levels of relaxation. Learn more about the value it can provide here.

Home builders also seek out electric underfloor heating due to its ability to be paired with renewable energy sources, such as solar. This creates energy efficiency within the home over time and lowers carbon emissions. Read more here on the ways underfloor heating can save you on energy bills.

What is a Thermostat?

Underfloor heating provides a satisfying and energy-efficient way to fill your home and community spaces with warmth. At the core of every well-performing system is the thermostat.

Thermostats are the control panel used to manage how your underfloor heating functions, allowing you to set, adjust, and maintain the perfect temperature for each space you are in. Whether you opt for an electric or water-based (hydronic) system, thermostats bring convenience and flexibility to your daily routine.

How does a Thermostat work?

When the thermostat detects the current temperature, it compares it to your chosen setpoint temperature. If the temperature drops below what has been scheduled, the thermostat signals the heating system to turn on again. When the temperature reaches the desired value, it automatically switches the system off again to conserve energy. This on/off cycle maintains consistent warmth, prevents energy waste, avoids overheating, and improves efficiency and consistency over time.

Floor Mode vs. Room Mode

The thermostat detects the temperature either through a floor sensor placed under the floor (floor mode) or through a built-in sensor to detect the ambient temperature of the room (room mode), depending on the preferred setting. Because the ambient sensor is built into the thermostat device, to run it in “room mode”, the thermostat must be located within the room the user would like to control the ambient temperature in. If the heating is run using the floor sensor through “floor mode”, this provides the option to place the thermostat remotely, e.g. in another room or inside a cabinet, etc.

With an electric underfloor heating system, the thermostat directly controls the thin heater elements that are placed directly beneath the floor surface. This creates a system that supports temperature changes quickly and efficiently.

Manual Thermostats

The original manual thermostats are made using simple technology, with dials to turn the underfloor heating on and off. Due to the minimal mechanical parts involved, as well as the minimal range of features available, they have a longer expected lifespan than electric thermostats. However, they provide limited convenience, choice, and adaptability, and although these simple designs can still be purchased with some systems, they are uncommon.

Programmable Thermostats

Programmable thermostats do much more than simply turn your heating on and off. In this era of modern technology, there are many types of programmable thermostats with functions that are created to optimise convenience and energy efficiency. Our MCD5 programmable thermostats have a lifespan of approximately 7-12 years. They are designed to allow you to “set and forget” with their ability to run on a set heating schedule that is suited to your specific preferences. It can be set to a daily or weekly schedule based on routine events in your day-to-day. These programmable thermostats also have features created for optimal efficiency. These adjustable internal features include:

OPEN WINDOW

One feature known as the ‘open window’ feature ensures that when a draft or breeze is detected within the room, it automatically turns the system off to avoid heating a room that cannot retain the heat.

SENSOR APPLICATION

The sensor application feature allows users to choose how the heating is run. Floor mode uses the floor sensor to detect the heat from the floor and communicate to the thermostat when it has reached the temperature setpoint. Room mode uses an in-built sensor in the thermostat to detect the ambient temperature of the room that the thermostat is placed in and detects once it has reached the temperature setpoint. These two modes can be better suited to different areas depending on user preference and flooring materials used.

ADAPTIVE FUNCTION

Adaptive function is another smart feature the MCD5 and MWD5-VC thermostats host, which learns the heating patterns of your set schedule to pre-heat your floors. This ensures that they reach the temperature set point by the exact time you have allocated on the schedule, rather than starting to heat at that time. This saves on energy while providing consistent comfort across the week.

ENERGY USE

These programmable thermostats also track energy usage over the previous 7 days of underfloor heating use when it has been turned on. This feature provides awareness to users so that they can make informed decisions on how they want to run their heating.

CHILD LOCK

For households with small children, underfloor heating is the safest heating solution out there. With no elements, flames, gases, or fumes to interact with, underfloor heating provides consistent comfort. The only visible part of the system, the thermostat, has a child lock feature to prevent children from accessing your heating system and adjusting the settings. When the child lock is activated, three dots will appear on your MCD5 or MWD5-VC thermostat screen. To access the main menu, take your finger and connect the three dots by drawing an L-shaped pattern. Watch the video on our YouTube channel here:

For more information on other features available on the MCD5 and MWD5-VC thermostats, visit our manuals page here.

SMART/WI-FI Thermostats

Opting for a SMART/Wi-Fi thermostat takes your optimisation and convenience to the next level. Our SMART thermostats hold all the features of a standard MCD5 touchscreen thermostat, but are also compatible with app control. Depending on the year the thermostat is purchased, either the SWATT app or OJ MicroLine OWD5 app will be compatible with the thermostat. App compatibility gives users the freedom to control the heating system from anywhere and at any time. When connected to a SMART phone, the thermostats are also compatible with voice control through home automation systems such as Google Home and Alexa.

For more information on the apps MWD5-VC thermostats are compatible with, please see our thermostat page here.

Troubleshooting and Maintenance

If you are having trouble with your thermostat programming or your heating is not working as you have programmed it, we have created a troubleshooting page to assist with possible solutions to get your heating back up and running. You can find that here.

Alternatively, for the visual learners out there, our YouTube channel has a variety of videos on different features.

New Builds vs. Renovations

New Builds

There are many advantages to installing underfloor heating in new builds. Electric and hydronic underfloor heating can be seamlessly added to the project timeline in the planning phase. When tackling a new build, there is more time to plan for a suitable subfloor and integrate any other preparation that may be required into your project’s timeline. For example, when hydronic heating is considered for new builds, planning ahead creates an opportunity to install the pipes during the pouring of the slab. A new build will also not require the removal of previous flooring like a renovation will, making the installation a very streamlined process.

Renovations

Electric underfloor heating is also well-suited for renovations. It is easily adjusted to any room type and can be installed on any existing subfloor if there is a concrete or concrete-like layer on top. When renovating, it is also common for people to take the opportunity to upgrade the insulation and heating system at the same time. The combination of these two factors can significantly increase the air quality, heat retention, and energy efficiency of the space.

Any underfloor heating system is a great addition to a new build or renovation, as it generally lasts the lifetime of the new flooring. Underfloor heating evenly distributes heat where the elements are placed and is a low-maintenance heating system. Unlike traditional forms of heating, once installed sufficiently, there is no ongoing maintenance required for underfloor heating to work effectively. It is an investment that saves you from future costs while also increasing the value of a home or office in the Australian property market.

Zoning

Many traditional forms of heating do not have the ability to be zoned, meaning you could be paying to heat areas you are not using. By placing the heating in specific areas and pairing them with a range of thermostats, underfloor heating can be zoned to heat the specific spaces to your preferences. For example, your master ensuite can be set to reach 25 degrees by 7 am when you wake up and turn off at 9 am, while the home office down the hall can be programmed to have a consistent warmth of 15 degrees throughout the day. Pre-programming your thermostats to suit your preferences for each room can save you time and money, creating new levels of energy and cost efficiency.

How Does Underfloor Heating Work in Different Rooms?

Bathrooms

Underfloor heating pairs perfectly with, and is most commonly installed in, bathrooms and other wet areas. Bathrooms are commonly the areas where you feel the cold the most. Underfloor heating provides warmth from the tiles up into the room and contributes to a healthier indoor environment. Learn what makes bathrooms and under tile heating the perfect combo here.

Design & Build by GIA Renovations (Olivia Cirocco)  @gia_renovations

Photography by Twinewood  Studio  @twinewoodstudio

Bedrooms 

Bedrooms are the spaces where we want to feel the most comfortable. They are a place of rest, so elevating these spaces with the comfort that underfloor heating provides creates significant buyer value. Whether you prefer tiles, floorboards, polished concrete, or carpet in your bedrooms, underfloor heating can cater to the space. It is also an invisible and noiseless system, contributing to a peaceful environment. With programmable thermostats, underfloor heating can make waking up to step on a cold bedroom floor an issue of the past. Read more here.

Living Areas

Living spaces are the areas where people come together, and memories are created. They evolve to suit every phase of life and are best paired with flexible heating solutions. With no bulky parts or fixtures, underfloor heating provides complete interior design freedom and a long lifespan, generally lasting the lifetime of the flooring with no ongoing maintenance required.  No matter which flooring type you prefer for these shared spaces, underfloor heating can adapt to bring an even heat distribution to every occasion. Underfloor heating is a great option for shared spaces as it contributes to healthier indoor air quality, while actively prioritising energy efficiency in large, open spaces. Learn tips on how to improve energy usage within your home here.

Laundry

Every day tasks can often feel repetitive and inconvenient. When planning your renovation or construction project, it is important to consider how you want your spaces to interact with your daily routine. For spaces such as a laundry, underfloor heating is a worthwhile addition because it contributes to a warmer and drier environment. Its flexible and consistent nature brings elevated comfort to daily tasks.

Why Do We Need Underfloor Heating in Our Offices?

Similar to houses and apartments, offices are also perfectly suited to underfloor heating. Warm floors, especially in the colder months, make mornings in the office significantly easier. Consistent temperatures can also contribute to a more pleasant and productive working environment.

Because the heat is formed at the ground and works its way up, underfloor heating avoids the circulation of nasty allergens in the air throughout shared environments. It is a healthier heating alternative for people who struggle with respiratory conditions, potentially contributing to better employee health and fewer sick days. It also creates an even and fair distribution of heat in larger spaces that can be pre-programmed – saving offices time and money on energy bills.  You will no longer have to worry about whether you remembered to turn off the office heating on your commute home. With our smart MWD5-VC thermostats, the electric floor heating can be controlled remotely through a mobile app – giving you convenience and peace of mind.

Electric underfloor heating is a great option for companies that value making energy-conscious and cost-effective decisions, as underfloor heating can also be paired with renewable energy sources. Offices can also save on long-term maintenance costs with underfloor heating, as it is built to last with no annual maintenance required.

In terms of office design, underfloor heating is beneficial as it provides maximum usable space as well as complete flexibility for interior design choices. With underfloor heating, you have the freedom to make your office space truly reflect your company’s personality and values.

Our Portable Heating Solutions

If you are leasing a space or don’t have a renovation or new build planned, we also provide alternative ways to bring warmth to your spaces at Speedheat. Our portable heating solutions include a range of desk heaters, rug heaters, and mat heaters that are a great addition to any area that you spend time in.

Desk Heaters

If your business is leasing an office and doesn’t have the opportunity to install underfloor heating, we have a range of desk heaters. Our desk heaters have an adhesive side on the back of the heating pad that can be physically stuck to the underside of your desk or counter, ensuring an extra layer of warmth when working. Our desk heaters are the perfect solution to taking the chill out of your workspace in the colder months.

*Please note that these products are not designed to completely heat the room and are not a suitable replacement for underfloor heating or other traditional heating systems*

Mat/Caravan Heaters

Our heated foot mats keep your feet nice and warm, working to improve circulation. There is no installation necessary for our heated mats; you can simply plug them into the wall and enjoy the radiant warmth. They are cost-efficient to run as they consume less than 10% of the energy in a typical fan heater. They are also lightweight and easily portable, making them the perfect on-the-go solution. If your desk does not have an underside and is not suited to our range of desk heaters, the mat heater is also a great alternative solution for office spaces.

Rug Heater

If you would like some extra warmth in a showroom, staffroom, bedroom, or living area, our rug heaters may be the perfect choice for taking the chill off the floor. They are a great excuse to add a pop of colour to your room’s decor and add a layer of warmth to any shared space. They are easy to set up and very portable; simply plug them into a power outlet and turn them on. This design provides endless options for placement. It is recommended that our rug heaters be paired with a felt underlay. The felt underlay is an anti-slip precaution on spaces with tiles and floorboards, while also acting as an insulation barrier underneath the rug heater to mitigate any heat seeping into the floor surface.

*Please note that our rug heaters do not come with an underlay supplied.* 

Heating Ingenuity Creates Endless Opportunities

The need for rug, mat, and desk heaters doesn’t stop at just offices. With their portable and adaptable nature, they are all suited to fit anywhere that you need extra warmth and have access to a power outlet. The mat heaters double as what we call our ‘caravan heaters’ due to their popularity amongst campers who love to explore the great landscapes that Australia has to offer.

If you are interested in learning more about our installation alternative heating solutions, learn more here.

At Speedheat, we take pride in providing adaptable heating solutions suited to every type of area. If you are interested in learning more about ways to bring warmth and comfort to your spaces, start by having a conversation with our expert team. Contact us here.