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Product Finder

Product Finder

HOUSE

KITCHEN/LIVING

BEDROOMS

Bathrooms
Electric Bathroom Heating

Bathrooms are the most popular room to heat with underfloor heating. Bathrooms are small, wet, tiled areas that are difficult to heat safely any other way. Slab electric and hydronic systems are not suitable to heat a single bathroom.

Screed Cable System [Electric]

  • The most popular option with bathroom heating [installed before the sand and cement screed bed is laid.]
  • Most flexible installation for small rooms.
  • Best pricing option.
  • Fast heat up response time.
  • Suitable for polished concrete bathrooms.
  • 20-30mm screed recommended.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no ‘FALL’ is required on a bathroom floor. [In NSW a FALL is required on all bathroom floors]
  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Bath Thin Mat Underfloor Heating

Electric DIY Electric Underfloor Heating

Outdoor Areas
Electric & Hydronic Outdoor Heating

Heating outdoor areas is an option with underfloor heating. Ambient heat is difficult to contain but you can keep wet areas dry and warm underfoot areas when needed. Electric and

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Hydronic underfloor heating systems have many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems.

Any type of floor covering can be installed on top of a heated slab or screed providing it does not penetrate the floor.

Screed Cable System [Electric]

  • The most popular option when heating outside areas.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Other Areas

Over the years we have heated dog kennels, turtle enclosures, alligator pits, you name it.

Animal enclosures can use a range of heating options depending on the size requirements, construction, and available energy services.

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times that slowly release the heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Any type of floor covering can be installed on top so long as you do not penetrate the screed bed.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Commercial Properties

Large commercial areas like mechanic workshops, office fit outs, retails stores and aeroplane hangars that require all day heating would typically suit a slow release, slab heating system being either electric or hydronic.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release this heat during peak periods. It is ideal when all day heating is required in medium/large areas. Not ideal for small areas that need to be turned on and off as it can takes 24-48 hrs for the slab to heat up and requires good under and edge slab insulation.

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times that slowly release the heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits

Timber Foil Mat [Electric]

  • Suitable for timber floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.

 

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Any type of floor covering can be installed on top so long as you do not penetrate the screed bed.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Carpet Bedroom

Heating bedrooms with carpet underfloor heating is a popular alternative to standard heating systems as it is very safe, comfortable and takes up no space.

Electric foil mats have a super-fast response time, are easily installed, and offer flexible temperature control you can quickly turn on and off.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release the heat during peak periods. It is ideal when all day heating is required in large areas. Not ideal for holiday homes or small rooms as it can takes 24-48 hrs for the slab to heat up.

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

It would be very rare to only heat bedrooms with a hydronic system, and not include the entire house.

Hydronic heat pumps and gas provide economic and sustainable options when it comes to hydronic heat sources.

Carpet Foil Mat [Electric]

  • Fast heat up response time 15 -30 min
  • Can isolate and control each bedroom separately.
  • Installed after underlay and before carpet.
  • Thin mat foil that cannot be felt under the carpet.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Economic option of heating a group of bedrooms zoned together but not ideal to isolate and control each bedroom room separately.
  • Must be pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Any type of floor covering can be installed on top so long as you do not penetrate the screed bed.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Timber & Carpet Underfloor Heating

Electric Slab Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Timber Bedroom

FLOATING TIMBER FLOOR
Heating under timber is a popular alternative to standard heating systems in bedrooms as it is very safe and takes up no space.

Electric foil mats under floating timber floors have a fast response time, are easily installed, and offer flexible temperature control you can quickly turn on and off.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release the heat during peak periods. It is ideal when all day heating is required in large areas. Not ideal for holiday homes or small rooms as it can takes 24-48 hrs for the slab to heat up.

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

It would be very rare to only heat bedrooms with a hydronic system, and not include the entire house.

Hydronic heat pumps and gas provide economic and sustainable options when it comes to hydronic heat sources.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Can isolate and control each bedroom separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Economic option of heating a group of bedrooms zoned together but not ideal to isolate and control each bedroom room separately.
  • Must be pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

 

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Any type of floor covering can be installed on top so long as you do not penetrate the screed bed.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

FIXED TIMBER FLOOR

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

A slab or structural flooring with battens can have hydronic heating installed between the battens with a diffusion plate system. This installation requires battens to be installed at 600mm centres along with insulation between the battens.

Timber flooring can be fixed to plywood, which is glued to a slab, creating a floating floor. The above Floating Timber Floor systems can be used with this installation method.

Heating under a timber floor installed on joists with a crawl space is very difficult and, in most cases, it does not provide enough heat to warm a room. If you have an existing house with timber floors on joists and access under the house, we hear you! Your best option is to simply insulate between the joists from below. Insulation will make a huge difference, but floor heating is probably not your solution.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Timber & Carpet Underfloor Heating

Electric Slab Underfloor Heating

 

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Tiled Bedroom

Heating under tile is a popular alternative to standard heating systems in bedrooms as it is very safe and takes up no space. Bedrooms can be isolated and typically run at a lower temperature than bathrooms and living areas.

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

It would be very rare to only heat bedrooms with a hydronic system, and not include the entire house.

Screed Cable System [Electric]

  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Fast heat up response time.
  • Isolate and control small area separately.
  • Requires no floor chasing.
  • Available in a DIY Kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Polished Concrete Bedroom

Heating polished concrete flooring is a popular alternative to standard heating systems in bedrooms as it is very safe for bedrooms and takes up no space. Bedrooms can be isolated and typically run at a lower temperature than bathrooms and living areas.

If heating areas larger that 80m2, for long periods of time, a hydronic system may be a good option. Set-up expenses of a hydronic system are greater than an electric system but are highly economic when comparing the running costs for large areas.

It would be rare to only heat bedrooms with a hydronic system, and not include the entire house.

Slab Cable System [Electric]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Slab Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

House
Hydronic Heating Above 80m2 - Gas Available

Heating your home with a hydronic underfloor heating system has many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems.

We offer two options as a heat source for hydronic systems. 

Natural gas wall hung boilers are easily installed inside or outside, requires only a small footprint and in many urban locations, may be your only option.

Hydronic heat pumps are the most ecofriendly and economic options when it comes to running costs. Hydronic heat pumps are highly efficient, using only a fraction of the power electric systems requires. Hydronic heat pumps must be installed outside with good air flow, are larger in size than a boiler and have a higher setup expense.

Any type of floor covering can be installed on top of a heated slab or screed bed so long as it does not penetrate the floor.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Radiator Systems [Hydronic]

  • Comfort Heat is currently not installing radiators systems.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

House
Hydronic Heating Above 80m2 - No Gas Available

Heating your home with a hydronic underfloor heating system has many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems.

Hydronic heat pumps are the most ecofriendly and economic options when it comes to running costs. Hydronic heat pumps are highly efficient, using only a fraction of the power electric systems requires. Hydronic heat pumps must be installed outside with good air flow, are larger in size than a boiler and have a higher setup expense.

Any type of floor covering can be installed on top of a heated slab or screed bed so long as it does not penetrate the floor.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

House
Electric Heating Above 80m2

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Carpet Foil Mat [Electric]

  • Fast heat up response time 15 -30 min
  • Can isolate and control each bedroom separately.
  • Installed after underlay and before carpet.
  • Thin mat foil that cannot be felt under the carpet.
  • Available in a DIY kits.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Can isolate and control each bedroom separately.
  • Installed after underlay and before timber.
  • Thin mat foil for even distribution.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

House
Electric & Hydronic Heating Above 80m2

When deciding on electric underfloor heating or hydronic underfloor heating, you should consider the below.

  • What resources are available to you at the property. i.e Gas, Electricity, 3 Phase Power.
  • The size area you need heated.
  • How often is heating required in the area.
  • Building/renovation budget.
  • Flooring type.

ELECTRIC

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

HYDRONIC

Heating your home with a hydronic underfloor heating system has many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems but the set-up expense is higher. If you are heating over 80m2 and have either natural gas or an outside area suitable for a hydronic heat pump, hydronic heating may be a good option for your home.

Natural gas wall hung boilers are easily installed inside or outside, requires only a small footprint and in many urban locations, may be your only option.

Hydronic heat pumps are the most ecofriendly and economic options when it comes to running costs. Hydronic heat pumps are highly efficient, using only a fraction of the power electric systems requires. Hydronic heat pumps must be installed outside with good air flow, are larger in size than a boiler and have a higher setup expense.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Carpet Foil Mat [Electric]

  • Fast heat up response time 15 -30 min
  • Can isolate and control each bedroom room separately.
  • Installed after underlay and before carpet.
  • Thin mat foil  system that cannot be felt under the carpet.
  • Available in a DIY kits.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil  system for even distribution.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

House
Tiled Electric Heating Below 80m2

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

House
Polished Concrete Electric Heating Below 80m2

Heating your polished concrete floor at home is a must. Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Electric Slab Underfloor Heating

House
Carpet Electric Heating Below 80m2

Heating under carpet is a popular alternative to standard heating systems as it is safe and takes up no space. Electric foil mats have a super-fast response time, are easily installed and offer flexible temperature control you can quickly turn on and off.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release the heat during peak periods. It is ideal when all day heating is required in large areas. Not ideal for holiday homes or small rooms as it can takes 24-48 hrs for the slab to heat up.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Carpet Foil Mat [Electric]

  • Fast heat up response time 15 -30 min
  • Can isolate and control each bedroom room separately.
  • Installed after underlay and before carpet.
  • Thin mat foil that cannot be felt under the carpet.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Economic option of heating a group of bedrooms zoned together but not ideal to isolate and control each bedroom room separately.
  • Must be pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Electric Timber & Carpet Underfloor Heating

Electric Slab Underfloor Heating

House
Timber Electric Heating Below 80m2

FLOATING TIMBER FLOOR
Heating under timber is a popular alternative to standard heating systems as it is very safe and takes up no space. Electric foil mats under floating timber floors are easily installed and offer flexible temperature control you can quickly turn on and off.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release the heat during peak periods. It is ideal when all day heating is required in large areas. Not ideal for holiday homes or small rooms as it can takes 24-48 hrs for the slab to heat up.

Note: Under timber heating typically requires supplementally heating. Timber is a naturally a good insulator, therefore the timber flooring must be floor heating approved and have the temperature keep at a lower temperature than tile.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

FIXED TIMBER FLOOR

Timber flooring can be fixed to plywood which has been glued to a slab, create a floating floor. The below Floating Timber Floor systems can be used with this method.

You cannot fix battens into a slab or screed floor with heating installed as it may damage the cable.

Heating under a timber floor installed on joists with a crawl space is very difficult and, in most cases, it does not provide enough heat to warm a room. If you have an existing house with timber floors on joists and access under the house, we hear you! Your best option is to simply insulate between the joists from below. Insulation will make a huge difference, but floor heating is probably not your solution.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Economic option of heating a group of bedrooms zoned together but not ideal to isolate and control each bedroom room separately.
  • Must be pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, create thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Electric Timber & Carpet Underfloor Heating

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

House
Other Flooring Electric Heating Below 80m2

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Cork, vinyl or laminated flooring can all be heated with any of the below systems.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, creating thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

Kitchen/Living
Hydronic Heating Above 80m2 - Gas Available

Heating your home with a hydronic underfloor heating system has many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems.

We offer two options as a heat source for hydronic systems. 

Natural gas wall hung boilers are easily installed inside or outside, requires only a small footprint and in many urban locations, may be your only option.

Hydronic heat pumps are the most ecofriendly and economic options when it comes to running costs. Hydronic heat pumps are highly efficient, using only a fraction of the power electric systems requires. Hydronic heat pumps must be installed outside with good air flow, are larger in size than a boiler and have a higher setup expense.

Any type of floor covered can be installed on top of a heated slab or screed bed so long as it is not fixed to the floor.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Radiator Systems [Hydronic]

  • Comfort Heat is currently not installing radiators systems.

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Kitchen/Living
Hydronic Heating Above 80m2 - No Gas Available

Heating your home with a hydronic underfloor heating system has many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems.

Hydronic heat pumps are the most ecofriendly and economic options when it comes to running costs. Hydronic heat pumps are highly efficient, using only a fraction of the power electric systems require and must be installed outside with good air flow.

Any type of floor covered can be installed on top of a heated slab or screed providing you do not penetrate the slab.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens must be installed at 600mm centres.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Radiator Systems [Hydronic]

  • Comfort Heat is currently not installing radiators systems.

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Kitchen/Living
Electric Heating Above 80m2

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Screed Cable System [Electric]

  • Popular option when heating tiled kitchen.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, creating thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

Kitchen/Living
Electric or Hydronic Heating Above 80m2

When deciding on electric underfloor heating or hydronic underfloor heating, you should consider the below.

  • What resources are available to you at the property. i.e Gas, Electricity, 3 Phase Power.
  • The size area you need heated.
  • How often is heating required in the area.
  • Building/renovation budget.
  • Flooring type.

ELECTRIC

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

HYDRONIC

Heating your home with a hydronic underfloor heating system has many economic and eco-friendly benefits. Running costs are largely reduced when compared with electric systems but the set-up expense is higher. If you are heating over 80m2 and have either natural gas or an outside area suitable for a hydronic heat pump, hydronic heating may be a good option for your home.

Natural gas wall hung boilers are easily installed inside or outside, requires only a small footprint and in many urban locations, may be your only option.

Hydronic heat pumps are the most ecofriendly and economic options when it comes to running costs. Hydronic heat pumps are highly efficient, using only a fraction of the power electric systems requires. Hydronic heat pumps must be installed outside with good air flow, are larger in size than a boiler and have a higher setup expense.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed within the sand and cement screed bed.
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Available in a DIY kits.

Carpet Foil Mat [Electric]

  • Fast heat up response time 15 -30 min
  • Can isolate and control each bedroom room separately.
  • Installed after underlay and before carpet.
  • Thin mat foil system that cannot be felt under the carpet.
  • Available in a DIY kits.

Timber Foil Mat [Electric]

  • Suitable for floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.

Slab Pipe System [Hydronic]

  • Requires a new slab with under and edge slab insulation.
  • Ideal for all day heating in large areas.
  • Not ideal for small areas that are turned on and off as it can takes 24-48 hrs for the slab to heat up.
  • Slow heat up response time.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Screed Pipe System [Hydronic]

  • Requires a 50mm [minimum] sand and cement screed bed.
  • Faster response time than in slab systems.
  • Ideal for all day heating in large areas.
  • Economic option of heating a group of bedrooms zoned together and the living areas zoned together but not ideal to isolate and control each room separately.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY Kits.

Timber Diffusion Plate Pipe System [Hydronic]

  • Battens or joists must be spaces 600 mm apart.
  • Requires insulation between battens to reduce air space.
  • Requires either natural gas or an external location for a hydronic heat pump.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

 

Hydronic Slab Underfloor Heating

Hydronic Screed Underfloor Heating

Hydronic Timber Underfloor Heating

Hydronic Gas Underfloor Heating

Hydronic Heat Pump Underfloor Heating

Kitchen/Living
Electric Heating Below 80m2

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed within the sand and cement screed bed.
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Kitchen/Living
Polished Concrete Electric Heating Below 80m2

Heating your polished concrete floor at home is a must. Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Available in a DIY kits.

Electric Slab Underfloor Heating

Kitchen/Living
Carpet Electric Heating Below 80m2

Heating under carpet is a popular alternative to standard heating systems as it is very safe and takes up no space.

Electric foil mats have a super-fast response time, are easily installed and offer flexible temperature control you can quickly turn on and off.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release the heat during peak periods. It is ideal when all day heating is required in large areas. Not ideal for holiday homes or small rooms as it can takes 24-48 hrs for the slab to heat up.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Carpet Mat foils [Electric]

  • Fast heat up response time 15 -30 min
  • Can isolate and control each bedroom room separately.
  • Installed after underlay and before carpet.
  • Thin foil mats that cannot be felt under the carpet.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Economic option of heating a group of bedrooms zoned together but not ideal to isolate and control each bedroom room separately.
  • Must be pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, creating thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Electric Timber & Carpet Underfloor Heating

Electric Slab Underfloor Heating

Kitchen/Living
Timber Electric Heating Below 80m2

FLOATING TIMBER FLOOR
Heating under timber is a popular alternative to standard heating systems as it is very safe and takes up no space.

Electric foil mats under floating timber floors are easily installed and offer flexible temperature control you can quickly turn on and off.

If pouring a new slab, heating the whole slab to create thermal mass has many benefits.

Slab heating has a slow response time but can heat during off peak times and slowly release the heat during peak periods. It is ideal when all day heating is required in large areas. Not ideal for holiday homes or small rooms as it can takes 24-48 hrs for the slab to heat up.

Note: Under timber heating typically requires supplementally heating. Timber is a naturally a good insulator therefore the timber flooring must be floor heating approved and have the temperature keep at a lower temperature than tile.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Timber Foil Mats [Electric]

  • Suitable for floating floor systems.
  • Easily isolate and control each room separately.
  • Installed after underlay and before timber.
  • Thin mat foil system for even distribution.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Economic option of heating a group of bedrooms zoned together but not ideal to isolate and control each bedroom room separately.
  • Must be pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, creating thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

FIXED TIMBER FLOOR

Timber flooring can be fixed to plywood which has been glued to a slab, create a floating floor. The above Floating Timber Floor Systems can be used with this method.

You cannot fix battens into a slab or screed floor with heating installed as it may damage the cable.

Heating under a timber floor installed on joists with a crawl space is very difficult and, in most cases, it does not provide enough heat to warm a room. If you have an existing house with timber floors on joists and access under the house, we hear you! Your best option is to simply insulate between the joists from below. Insulation will make a huge difference, but floor heating is probably not your solution.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Electric Timber & Carpet Underfloor Heating

Kitchen/Living
Other Electric Heating Below 80m2

Heating your home with an electric underfloor heating system provides an unparalleled feeling of comfort. Safe, easy to use and maintenance free, electric underfloor heating is ideal for all areas and floor coverings. When designed correctly, electric underfloor heating can be a very comfortable and economic option for heating your home.

Cork, vinyl, or laminated flooring can all being heated with any of the below systems.

Hydronic heating systems can be installed in areas as small as 50m2 but areas under 80m2 can become costly to set up with a hydronic system and typically an electric system is installed.

Screed Cable System [Electric]

  • The most popular option when heating bathrooms.
  • Installed before the sand and cement screed bed. [20-30mm screed recommended.]
  • Isolate and control small area separately.
  • Fast heat up response time.
  • Available in a DIY kits.

Thin Mat System [Electric]

  • Used when no sand and cement screed bed is being laid.
  • Ideal when tiling on top of existing tiles.
  • Recommend laying a thin 4mm Ardit on top.
  • Adds minimal height to your floor level as the mat sits within the tile adhesive.
  • Requires floor chasing.
  • Fast heat up response time.
  • Available in a DIY kits.

Slab Cable System [Electric]

  • Ideal when pouring a new slab with under and edge slab insulation.
  • Best pricing option.
  • Slow heat up response time.
  • Ideal for all day heating in medium/large areas.
  • Not ideal for small areas that are turned on and off as it can take 24-48 hrs for the slab to heat up.
  • Any type of floor covering can be installed on top so long as you do not penetrate the slab.
  • Heating the whole slab, creates thermal mass and has many economic benefits. Heat large areas during off peak times and slowly release this heat during peak periods.
  • Solar electricity captured in the day can warm a slab, creating thermal mass, that is slowly released during the evening.
  • Available in a DIY kits.

Electric Screed Underfloor Heating

Electric Thin Mat Underfloor Heating

Electric Slab Underfloor Heating

Unsure which underfloor heating system is the perfect match for your needs?

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By inputting your specific requirements and preferences, our innovative tool will guide you to the ideal heating solution tailored to your comfort.

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Our systems are efficient, environmentally friendly, and designed to provide maximum comfort.

So, what are you waiting for?

Dive into our Product Finder today and discover the ultimate heating system that transforms your house into a warm, welcoming home!

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