Heating Paint G2Temps 24 Volt Low Carbon Paint For Wall, Ceiling, Floor & Infrared Heating For The Home & Business from G2Techk & The Gallery. Electric Heat Paint.


G2Temps Heat Paint is our energy saving low carbon, 24-volt powered building infrared heating paint & storage system. It is the latest state of art heating technology. It holds and conducts heat efficiently and cost effectively. It is the perfect solution for every heating situation, building modernisation, refurbishment of old buildings ( including for moisture and mould remediation) and new developments of homes, businesses and buildings.


It is ideal for anti-frost heating for roads, driveways, external stairs and parking areas and for heating for yachts, boats, vehicles & saunas and to assist in the dry out procedure after flooding,  low energy building and housing & passive house projects. 


Using infrared heat, the system in effect turn walls, ceilings & floors into safe heat store radiators. As electric floor heating it can be installed with or without a screed layer and saves cost and the complications of installing plumbing work for standard underfloor heating.    


As our heat paint ensures the surrounding temperature is higher than the ambient temperature, then the effective radiant heat is saving energy and does not pollute the environment. The energy efficiency makes this system extremely environmentally friendly. The energy introduced into the heating paint is converted directly into heat without producing line losses or CO2 emissions.


Our system can be installed by any skilled craftsmen or properly trained individuals as long as one of the installers is a qualified electrician. We offer a full 3 day training course on the system.   

Superior Benefits Of G2Temps


Although the price of gas seems lower than electricity, it is wise to consider the additional costs involved in running convection electric and gas heating systems. Because traditional convection heats the air (See image below) and cold air is heavy than warm air then a standard boiler has to constantly run to compensate for heating the space due to the air movement. In addition, the continued effects on the environment from burning fossil fuels means gas and electrical heating is unreliable. 


Add to that electrical heater and boiler breakdown, replacement and maintenance costs, wet radiator cleaning, then the real cost of gas and other electrical heating systems can end up in the long term more expensive than G2Temps. With no moving parts, our system has no maintenance and service costs after installation, no water pipes to freeze or leak, no unsightly radiators just comfortable heat keeping you warm from your walls, floor and or ceiling where required. 


Infrared heating systems in a fully insulated buildings do not need to operate at full power nor do they need to run constantly. Renewable energy such as wind and solar can be utilised to help power this system. G2Temps has no moving parts, there are no servicing costs once you have installed. This is the reason why more and more new builds and refits choose infrared heating technologies. The system also replaces the need for radiators, electric heaters, infrared panels, air source pumps & other forms of heating.


Older forms of electrical heating such as electric radiators is frowned upon because of their expensive running costs. High powered infra red heating panels require 240 volts to operate similar to other forms of electrical heating. This is because they only cover a small area so they require the higher electrical current to reach 80 to 100 degrees C to direct that heat out & to hold them at that operating temperature to keep you heated. G2Temps just requires 24 volts and it only needs to operate at between 25 to 45 degrees C.

Development Of G2Temps, Operation & Renewable Energy Benefits


Hundreds of happy & satisfied customers have already been installed with this infrared technology. Our engineers, physicists and test consumers got together to create the perfect heating system. Many years were spent experimenting with the carbon paint technology to get the right viscosity. i.e. This was to ensure the now patented paint coating was of the right mixture to be able to hold and radiate the infrared heat after application over our copper tracking system.  We created an incredibly efficient and economical heating solution. The paint combines low consumption, with superior durability but still is amazingly handy and easy to use.


The paint heats up fast & therefore saves energy in doing so. It was developed to ensure that infrared heat is held & directed at the right rate of frequency to efficiently and economically heat the human body. As our system covers most of the wall floor and ceiling area that is needed heating, then with more surface area, the heat distribution is more balanced. This all means that we only need consistent 24 volts to do the same heating operation that would normally take 240 volts of supply. Hence you are saving a massive amount of energy using G2Temps.Solar energy power can also be routed to help power the heating system. 


If the heating paint is operated with green electricity such as solar power, you get a heating solution today that answers tomorrow’s needs.



The Technology & Energy Saving Benefits.


Chestnuts in an earthen, stone or unglazed pot will bake softer than when in an iron pot. Therefore, this soft baking is an effect of the far infrared rays produced when ceramics, stone or the like is heated. Ancient Romans understood infrared by developing their training halls & buildings with windows at an angle to capture the sun’ s rays to direct heat in.


Infrared works by directly heating the objects, furniture, structural fabrics and the human body. That heat will be retained in all and slowly released into the room. This means that once the fabric has heated up and begins to release the heat into the room, your heating can switch off. The carbon paint material will continue to emit heat out for some time whilst switched off, thus saving electricity. In effect, the room takes much longer to lose heat too. The direct heating nature of infrared means that you can heat for less time per m3 than you do with standard electric and or gas convection heating.


The source infrared energy heat is just like when you walk outside on a clear winters sunny day. You immediately feel warm by the suns infrared heat even though the ambient temperature has not changed & might be as low as zero degrees or even lower. No matter how big the outside open space is, when the suns rays hit you, you do not feel the cold.


This is due to the body’s natural ability to directly absorb infrared heat. Our infrared heating system mimics this process.  Like the warmth of the sunrays our infrared heat is felt immediately. This effect is also the reason why comfortable temperatures are achieved substantially faster by our G2Temps heating system.

No Wasted Energy Using G2Temps & How Our Infrared System Works


There is no need to waste energy heating the air when you can heat directly a person using our far infrared heat technology. G2Temps system heats at between 30 degrees C & 60 degrees.  This is ideal as 37 degrees C is the average temperature required by the human body and is the same temperature it radiates infrared out.


The science behind infrared is simple. It is the process of projecting safe electromagnetic wave photons through the air ( not heating the air itself) into the body or an object causing their molecules to accelerate creating heat. The term thermal radiation describes that part of the spectrum of electromagnetic radiation which every object radiates in relation to its temperature when this temperature differs from absolute zero on the Kelvin temperature scale (0 K).



Far Infrared rays are part of sunlight that we can see in visible rays from the sun. These invisible electromagnetic rays oscillate at a wavelength of 6 to 14 microns on the safe part of the light spectrum. This is demonstrated by the red bands to the right in the light spectrum image below.  0.8 to 50 micrometres of electromagnetic waves (like radio and microwaves) are considered in the safe zone. 

Benefits To The Human Body & All Living Things.



Far Infrared played an important role for the formation and growth of living things. This is also the reason why far infrared rays are also known as “biogenetic rays”. All living things on Earth are mainly composed of water and proteins. Humans contain over 70%. Water molecules are always oscillating and at 8-10 micron wavelength, the “resonance” occurs. This causes the activation of water into hydrogen ion and hydroxide at high speeds (10-12 seconds). It ionizes and activates water molecules in our cells and blood thus improving our blood circulation and health condition. 



If this occurs in human cellular tissues, the metabolism of cell and excretion of residues from cells or nutrition are enhanced. This promotes growth in living things. Because infrared rays from the sun emit in the IR safe light spectrum at 3.5 to 10 microns of wavelength then you will understand why at 6 to 14 microns an infra red heating system will have great benefit to the human body. Humans, animals, flora and nature in general itself has life due to the benefit of safe infrared heating energy from the sun. Human beings emit far infrared rays. Many scientific papers have been published that highlight the benefits of far infrared heat.

More Benefits To The Human Body


Operating In the safe light spectrum, only Far Infrared (F I R ) transfers energy purely in the form of heat. This is perceived by thermoreceptors in human skin as radiant heat. FIR’s effect on tissues promotes healthy circulation of blood and body fluids. The effect of this, is to enhance the distribution of oxygen and nutrition to every part of the body. Hospitals and the equine industry have used infrared for years and to tremendous Bio genetic effect to aid healing and circulation.


FIR has been reported in medical trials to heal chronic back pain and claims to be effective in reducing cellulite. We have developed our G2Temps Heating paint to ensure heat is held & directed at the right rate of frequency to efficiently and economically heat the human body. The use of bedding made from ‘Bio Ceramics’ technology is also much better for us. This is because it provides you with better and sound sleep, and faster recovery from fatigue. 

Air Quality From Infrared, Damp Prevention & Health & Sauna Therapy


Studies on the effects of infrared heat on air quality have shown to be very beneficial to the human body. It is reported that we need around 600 litres of oxygen a day. 25% of the air consists of oxygen. This means we need 2.4 m3 of fresh air per day. A normal room has approximately 120m3 of air content. Warm air heated by convection is considered as stale and less oxygenated. The air outside feels fresher & more fragrant but equally is perceived as colder. These two points are helped by our infrared heating system.


An infrared heating system is perfect when you need some fresh air and open a window, as the energy and heat won’t get lost. This is because it does not heat the air space. It heats you by direct waves causing a physical reaction of the heating of molecules in your body and the fabric of the structure and items in the room. Infrared is therefore the perfect weapon against mould and rising humidity. The process of ‘capillary action’ is combatted with our infrared heat paint & G2Temps system. The humidity inside the walls will not only evaporate, but also be prevented from creeping in again by counter pressure.


In the car, when the window is cold, the moisture out of your warm breath condenses. Condensation leads to wet walls.
Harmful mould spores are everywhere and always present. And if the wall is moist, the mould survives. Using G2Temps on the wall with our low-temperature radiant heating but on a slightly higher temperature as the air, then you prevent that process and the wall will dry through evaporation preventing the spread of the mould.


Condensation is prevented due to the constant and evenly spread out heat that is achieved with the system and method of application. Damp prevention and the process of not heating the air space means that keeping the air quality fresher through infrared heat is ideal for asthma sufferers. The air does not get dry due to the lower air temperature. The air movement is slight, which means minimum transportation, agitation and dust. On the temperature regulated surfaces, it is very difficult for bacteria, mould and above all dust mites to survive, because the heat removes moisture from the surface which results in a healthy indoor environment.


Spa’s use infrared saunas as treatment for their clients due to the technologies ability to aid body healing and its other benefits. Below are examples of some of our spa installations. 



UK Government’s Promotion Of New Technologies To Meet Carbon & Energy Reduction Targets.


The UK government is pushing for everyone to comply with global carbon reduction agreements, to help save the planet from ever increasing weather and environmental changes. The introduction of carbon credits, carbon taxes and renewable heating and energy incentives is proof of the move to more efficient ways of producing and using energy. The UK government is moving towards fossil fuel heating being replaced with more efficient heating systems. Its own website states that:


“The government is committed to expanding the low carbon economy while hitting our carbon budgets. It is likely that by 2050, we will need to fully decarbonise how we heat and cool our homes and businesses. We are looking at the best ways to cut carbon emissions from heat in the 2020s, thinking in particular about how we can reduce reliance on subsidy. We want to lower the barriers to the take up of low carbon heating and cooling.”
(Source: https://www.gov.uk/government/groups/heat-in-buildings)


We need to act now to protect our planet and enhance the future sustainability of nature. Forecasts indicate that within 12 years, standard convection heating could be phased out to more efficient and healthier heating systems. The heating market is developing solutions to comply with those government targets. The Gallery & G2Techk are committed to that revolution. We have been testing, working & installing the latest state of art heating systems for some time.


The House Of The future & Housing Situation Today:



Passive or low energy consumption homes are now required by law. The experience in the past few years has shown that efficient and responsive additional heating is needed. Modernization and refurbishment of buildings and housing stock continues and replacement of night-storage heaters (energy consumption, asbestos, EN/ EV 2014).

How The Technology Works Leading To Energy & Cost Saving Benefits


Radiators and heating panels on thermostats that turn off to save heat at the right temperature can also loose heat by conduction into the walls behind them & out of the building. Our G2Temps system mounted onto insulated walls & insulated plasterboards avoids this problem. Studies have also shown that in highly insulated properties the cost of infrared heating can be close to gas costs or even lower for a number of reasons. We explain this principle here.


A running boiler or electrical convection heater will have to compensate to continue to heat the room and temperature differences can be as much as 5 to 7 degrees between the floor and the ceiling. Training on the basic law of thermodynamics often does not cover that this law is affected by diathermancy ( the property of transmitting heat by electromagnetic waves). This is the process of heating the fabric structure, the furniture and the people in the room directly rather than via the air (convection). Heating of air by convection also leads to air and heat escaping through door gaps, windows & open doors. 


G2Temps heats by up to 50% through infrared radiation and warming you directly, thereby achieving a pleasant room climate.(For comparison: conventional fan heaters only provide about 32% of the infrared radiation). Using G2Temps Infrared heat means that there is very little heat loss and air movement. By directly heating you with G2Temps and & with no air movement the difference in heat temperature between floor and the ceiling of a room can be as little as 1 to 2 degrees only. Convection gas and electric heating can be as much as 2 to 4 degrees due to the air movement of trying to heat the space continually. This is why only half the energy is required from G2Temps or a 50% energy saving.


The radiant power of infrared is described by the Stefan Boltzmann law, that it is proportional to the fourth power of the absolute temperature. In contrast, a convection heater needs “over temperature”, thus there is a temperature difference between radiator and air, in order to operate.


G2Temps Carbon Heating Paint Explanation & How It Saves Energy


In a November 2018 Armin Teskeredzic and Rejhana Blazevic of the Faculty of Mechanical Engineering, University of Sarajevo, published a study on the heat loss from transient radiator heating. There conclusions reported that they had developed :


“a mathematical model and solution algorithm for analysis of single rooms in intermittently heated buildings, considering transient effects. The methodology introduces the additional influence of the thermal capacity of inner walls, which is often neglected in calculations. The optimal start time of the heating system is influenced by the temperature of the inner walls and can affect energy consumption of the overall building. At the moment, there are no simple guidelines for optimal starting of the system in order to minimize energy consumption while providing thermal comfort. This paper is one step forward in this direction, which, combined with measurements of pilot buildings and rooms, can support engineers to find the optimal solution”.


This means that although you may be paying less for gas heating per kwh, then you are paying for heat that you are loosing or over using. The same problem exists when using electric convection heating, heat pumps ( with expensive fans to run etc) as they have no direct effect on the walls because they heat the air. It is therefore considered wiser to invest in our 100% efficient infrared heating system. Remember that G2Temps covers most of the inner wall surface, and allows for better optimisation of the heat start up times. You spend less in the long run and have no maintenance costs.

G2Temps Carbon Heating Paint Explanation & How It Saves Energy


In a November 2018 Armin Teskeredzic and Rejhana Blazevic of the Faculty of Mechanical Engineering, University of Sarajevo, published a study on the heat loss from transient radiator heating. There conclusions reported that they had developed :


“a mathematical model and solution algorithm for analysis of single rooms in intermittently heated buildings, considering transient effects. The methodology introduces the additional influence of the thermal capacity of inner walls, which is often neglected in calculations. The optimal start time of the heating system is influenced by the temperature of the inner walls and can affect energy consumption of the overall building. At the moment, there are no simple guidelines for optimal starting of the system in order to minimize energy consumption while providing thermal comfort. This paper is one step forward in this direction, which, combined with measurements of pilot buildings and rooms, can support engineers to find the optimal solution”.


This means that although you may be paying less for gas heating per kwh, so you are simply paying for heat that you are loosing or over using. The same problem exists when using electric convection heating, heat pumps ( with expensive fans to run etc) as they have no direct effect on the walls as they heat the air. It is therefore considered wiser to invest in our 100% efficient infrared heating system. Using G2Temps its covers most of the inner wall surface, and allows for better optimisation of the heat start up times. You spend less in the long run and have no maintenance costs.


In September 2017, SBM Beck (BSc PhD CEng MIMechE), SG Blakey (MEng) and MC Chung (MEng MSc) at the Department of Mechanical Engineering in The University of Sheffield published a paper on The Effect of Wall Emissivity on Radiator Heat Output. It stated: “The variation in the heat output of panel radiators obtained by altering the emissivity of the wall behind them has been examined. This work was conducted through both experiments and Computational Fluid Dynamics (CFD). The results indicate that the presence of a high emissivity (black, such as the usual painted or wallpapered) surface to the wall increases the mass flow rate and air velocity behind the heat source compared to a reflective material.


“This is due to the radiation heat transfer to the wall creating an additional convecting surface behind the radiator. The results imply that the heat transfer rate can be increased by 20% through the use of a black instead of a reflective wall. The work concentrated on the air gap behind the radiator, so these results will not be directly applicable to a normal radiator. An extrapolation indicates that the output of single bank (plate) radiator will be increased by 10% and a double by 5%. Wall surface temperature results indicate that a reflective wall does indeed decrease the heat loss through the wall.” (5) Conclusion: The wall temperature readings indicate that if the reflector is the same size as the radiator,then this will reduce the heat loss through the wall adequately


Our G2Temps heating paint is a solution. It’s carbon fibre black content material is developed with high viscosity and thus carries the emissivity required to ensure better heat output by way of the infrared heating process. As we are turning surfaces into their own wall, floor & or ceiling radiator and the material covers the same size of the full heated area means this automatically will reduce heat loss.



The effectiveness of our paint system


Through experience we learned that it is most efficient to locate the heat paint in the coldest parts of a room. The paint should cover an area as big as possible. Utilising this modern technology, we realised that a wider surface area of paint results in a very low consumption while still heating the room enough. This all means that we only need 24 volts to do the same heating operation that a normal electrical heating system would require 240 volt supply. This reflects a massive saving on energy costs.


Our heat paint is way more efficient than any other heating system. It’s low consumption is also because the walls start to dry out and form a heat store. This in turn means it become an effective insulation barrier whilst also radiating enough heat to keep the occupants warm.. Therefore differences in temperature between the heating system and the outside walls are very small and thus, no heat at all vanishes.


The beauty of the heat paint means that we can apply it on all wall, floor or ceiling surfaces in a house or building, even around corners. It can be applied into difficult areas where other forms of heating simply cannot get too. G2Temps also solves the problem of heating areas with lack of space.


Other electrical and infrared heating systems rely on using 240 volts plus of high power energy and heating anything between 60 degrees to 100 degrees C into a small zone to heat the room. This means with those type of system your using too much expensive energy. This does not apply with G2Temps. By simply covering an area as big as possible with G2Temps, it leads to an even spread of heat. Our heating system covers the majority of the wall, floor and ceiling areas (where needed), then the heat distribution is more balanced. Then the viscosity of the heat paint enables it to be heated to between only 25 to 45 degrees C. This results in a very low consumption, whilst still heating the room to the desired temperature.


After many years of development we have created a perfect consistency in our carbon paint coating to ensure it heats up fast. The speed of it reaching temperature quickly reduces the amount of time using electricity and thus saves on energy costs. Our heat paint has broken records achieving the lowest consumption needed to heat with a constant temperature.

Reflective Heating Insulation Board System


When air cools to its dew point through contact with a surface that is colder than the air, then water will condense on the surface. We supply optimum internal insulation board that is compatible to our heating paint system and to help with dew point displacement. 


We supply internal insulation board and products, tailored to your individual needs, the fabric of your building taking into account orientation of the building, heat value calculations and available wall floor and ceiling surface areas. This helps to provide you with the best conditions for effective and cost-effectively heating to ensure that the heat remains in the room.


At the same time, our solutions replace cost-intensive and complex external insulation and use ‘Eco Friendly’ materials that conform to European and International guidance.


The images below demonstrate the effect of our insulation heating board and paint system and the 5 points of construction & Installation.



Installed transformers ensure G2Temps gets all the power it needs. It runs on very low 24-volt voltage transformers ( See images below) which makes it possible for the system still to work should a nail be driven through the paint or when new sockets are fitted through it– the heat paint will continue to do its work.


It is most efficient to locate the G2Temps heat paint in the coldest parts of a room. It should cover an area as big as possible to heat the room but does so very effectively, whilst using very low consumption. Less heat per m3 is needed to heat the room compared to other forms of heating including electric and gas convection systems.


G2Temps was also developed because it could be applied to walls, floors & ceilings without the need for space taking radiators or heaters. It is simple to install into a new building development by simply laying out our copper tracks and covering the wall, and or ceiling and floors then covering with our revolutionary heat carbon paint. Finish with plaster & paint- and it’s done. With our knowhow it is as simple as it is genius.

Installation Continued


Using an electronic thermostatic device with your infrared heating also allows you zonal heating control. The benefit of that is that you can switch off heaters in other rooms yourself or ideally remotely by thermostatic control, whilst you are in another room with the heating on. This again means you that you are also using less energy. Infrared heating can switch off when the control system reads that enough heat has been held in the fabrics, wall, floor, ceiling, objects and people and therefore gives savings on running costs. 


To solve heat conductivity issues, we recommend applying a special insulation plaster on walls and floors before installing G2Temps. This combination has proven especially useful on concrete. The heating paint has nearly unlimited durability, needs no maintenance no service or breakdown costs at all and will save you enormous amounts of energy.


The energy efficiency makes this system extremely environmentally friendly. The energy introduced into the heating paint is converted directly into heat without producing line losses or CO2 emissions. A 10 year manufacturing guarantee is offered on the heat paint & 3 years on the control technology.

Church Installations & In Other Types Of Buildings.


G2Temps is ideal for Church renovation heating projects and solves the problem of keeping congregations warm.


G2Temps’ Additional Benefits, Installation Tips & Superiority To Other Heating Systems 


G2Temps heating paint works similar to carbon fiber mats but our system is very different and more efficient . The resistance of heat transfer depends on the thickness of the material. The current flow depends on the resistance and the voltage. The paint will warm to about 40 to 45 degrees Celsius when applied to a wall.


Installing our copper tracks on the wall to carry our safe low 24 voltage means your cutting down on messy wiring. Covering with our protective plaster, the heat paint, skim finishing and top coat paint surface then protects the circuit. The protective plaster provide thermal isolation protection. The combined thickness of the system is from 1mm to 15mm only.


About 50 percent of the heat is given off in the form of radiant power. That allows for bringing a room to a very comfortable temperature with very little energy. The heat output is determined by the thickness of the coat of paint and the surface area that radiates the heat.


Therefore, the surface temperature depends on the current flow and the warmth in the room depends on the time the heater is used with the current flow. The efficiency of our heating can be easily calculated by multiplying current flow and voltage and the properties of the room. Efficiency multiplied with the activation time equals the energy which is equivalent to the warmth in the same unit.


Carbon fibre mats (which are in effect, the equivalent to powder ‘soot’ or ‘needle fibre’) react with oxygen by deteriorating into the atmosphere and require high surface temperature and with that loss of the carbon, the heat reduces after time & hot spots arises.


Some matts have rubber surfaces which cannot be installed in walls and are restricted to 220 watts only & 2.5 metres of length, are inflexible due to their heating power requirements, a limited life of around 7 years & reports of a loss of up to 80% on them have been recorded.


Our heat paint system is more beneficial than other forms of heating. It avoids the need for heating water pipes avoiding water damage caused by leaking radiators or hidden pipes in the walls of a house or building.


Turning your wall floor and ceiling into its own heating and heat store using our heat paint avoids the need for radiators and other devices interfering with the ambiance of your living and working environment.


Oher systems such as stoves, pellet or oil-based heating running on fossil or organic fuel, the latter fuel can be used for much better purposes.


Stoves burning wood and pellet scrap wood fuel is reported to be a major pollutant of the atmosphere causing cancers, lung and heart disease, and even dementia. The problem also exacerbated by the public opening stove doors to create open fire ambiance and risking their health in doing so. Toxic fumes, gases and wood smoke particles created by stoves is a major problem.


This can be avoided with the installation of our heat paint system which does not give off fumes, nor harmful gases or other dangerous materials.  G2Temps is silent with quiet transformers unlike other forms of heating such as air source heat pumps that are noisy and the latter of which’s venting and water technology has been reported to increase harmful bacteria into the environment.


Our systems infrared heat process of drying out walls and surfaces prevents bacteria build up.


The heating system paint is not subject to wear & is maintenance free. It has a higher reactivity & flexibility and is generally powered to run at between 35 to 42 degrees C or higher dependent on requirements and insultation. Our electrical tracks can be set out to 7 metres in length at 40 degrees C without loss of power.


We are able to offer 15 metres tracking with higher cable cross section, tracks on edges, lines & corners are possible, 3 d textured surface tracks are possible and for special applications where requested we can produce systems of 100 degrees at 24 volts.


The circuit under the heat paint uses flat copper tracking which is 0.2 of a millimetre thick and 20 millimetres wide. They are fitted by adhesive strips and are connected to the transformer using a cable. It is possible to run them both on grid power which an AC transformer brings down to 24 volts, or you can simply take the power directly from the DC side of the system, e.g. from the solar battery. The latter has the advantage that there is no AC field, making the system perfectly electromagnetically compatible. And that is why PV, wind technology, solar batteries and our paint are such an ideal match. Green energy and our system makes sense. 


The copper tracking can partially replace cabling in walls, thus removing the needs for holes to run wiring and we can provide different bandwidths & different temperature zones even within a track.


The system is ideal for bathroom renovations and to retrofit underfloor heating with little effort. First, an undercoat is applied to support the reflection of heat from the wall. Then comes the heating paint coat, which you can easily cover with tiles or other materials that do not interfere with the heat transfer. You can drill into the paint as you would into any normal wall. Or plaster over it.


Our heating solution heats fast and avoids heavy duty weight of old style marble or stone heaters. Those older forms of heat medium take a long time to reach temperature and therefore use a lot of heat energy. G2Temps is also better than glass heating solutions especially in bathrooms which can deteriorate from spot traces of make up and tooth paste.


G2Temps is vastly superior to carbon self-heating foils. The inventor of our solution has extensive experience in that area. He used to work in the sector of infrared heating and developed such films for industrial applications. But it is impossible to paint or plaster over such a foil. Nothing will stick to these kinds of smooth surfaces. Carbon-4 is very different in that respect. Once the heating layer is applied and connected, it is no problem to add a coat of paint or any other suitable wall construction. Further, the foil always has a specific heat output per square metre and sometimes it is not enough. We do not have that problem with our heating system. 


The 24-volt extra-low voltage technology is absolutely safe and risk-free. It allows an immediate installation on the wall, ceiling and under floor coverings. The heating paint operates absolutely maintenance-free!  We therefore offer a 10 year guarantee on the heating paint and 3 years on the control technology. 


Our heat paint is set to a certain temperature and technically speaking does not need to provide constant power. Once that is reached, the system’s thermostat simply turns the power off whilst the heat continues to radiate out from the paint material. The reaction times are very fast. This also works well with the requirements of the sort of load management systems that are familiar from PV and storage. The patented carbon nature of the paint and its carbon fibre is the reason for its high conductivity. Once it has dried on the wall, it can be plastered or painted over with any colour the customer wants. Emulsion paints tend to allow heat through best. 


Electrical heating systems have had to overcome much resistance, mainly because radiators, air conditioners in the U.S. and night storage heaters in Germany needed an incredible huge amount of energy. All these systems have one thing in common: They used electric energy to heat up mediums like oil, water or stone. The result was a convection heater which gave off its warmth to the room it was placed in.


These systems have two main problems. On the one hand, surplus energy once turned into heat can’t be transformed back into its original form. On the other hand, the heat given off in the air is a convectional one. There is a huge difference using our infrared low-temperature radiant heating. G2Temps transforms the energy to directly warm your skin. With our system both traditional problems are solved. The radiating energy penetrates the room without losses and warms up your body and the coolest parts of the room.


The consumption of energy on our heat paint system is not only extremely low compared to all the traditional electric heat systems, but G2Temps’ efficiency and modern technology surpasses every other heating system.

The Cost of The G2Temps System & Installation


Before considering the cost of the installation of G2Temps, it is a good time now to remind yourself of the full, wider, long term, health and environmental benefits of installing our low carbon heating system. Remember how G2Temps’ saves on energy & efficiency against other forms of heating. One should also recall that with other heating solutions you also have years of wasted heat loss costs that you do not have with our G2Temps 24 Volt Heating Paint system. Then take into account that  with G2Temps you avoid repair, general maintenance, insurance and replacement costs that other systems require.  


For new construction buildings please send us plans with details and the information required as set out in the paragraph above. The same information is required for retro fitting to existing buildings but you may need to book our survey service. Any quotations are based only on information supplied and the application of the heat paint and system dictates whether or not you might require more product. You will appreciate that before becoming a partner, selling and or installation training on the system is essential. 


We are happy to announce that installation costs of G2Temps is competitively priced against other systems. We have a dedicated heat loss calculation system to work out the costs for your project/s. Prices are very much dependent on the available square meterage, insulation types, construction and fabric of the main structure and, walls, window, ceilings and floors and the size of these items in the building concerned.


Orientation of the property also affects the calculation size of heating system that you will need ( South facing rooms vs North). Passive houses require a smaller heating solution whilst old properties will require more heating. The Bigger or the less insulated the property is the more investment needed.


Comparison Table of Heating Solutions With G2 Temps Heating System

Additional Material / Installation Needed Oil Gas Pellets Air Source
Heat Pump
Ground Source
Heat Pump
Geothermal G2Temps 24 V
Heat Paint
Plant Including Commissioning Yes Yes Yes Yes Yes Yes No
Flue System / Installation Yes Yes Yes No No No No
Piping Materials / Installation Yes Yes Yes Yes Yes Yes No
Hot Water Tank Yes Yes Yes Yes Yes Yes Yes
Boiler Installation & Disposal Yes Yes Yes Yes Yes Yes *
Special Measures Yes Yes Yes Yes Yes Yes No
Planning No but Subject to
Litre Capacity
No No No No No No
Additional Cost Under Floor Heating Required / Recommended Yes Yes Yes Yes Yes Yes No
G2Temps Heats
The Floor



( * Note: For Heating hot water, along side G2Temps, you can install a number of solutions including Hot water cylinder with high efficiency boiler, instantaneous tankless hot water heaters, at point water heaters, infrared hot water heaters, hydrogen hot water heaters, solar thermal / PV hybrid & solar PV power diverter systems)


How long does the Installation take?


A home of 150 square metres of living space can be provided with an operational heating system within three days. The first coat of heating paint actually takes about an hour to dry. It is dried using heat, and then the second coat can be applied to the preheated first coat. The paint is water-based, contains no solvents or toxins. It meets all indoor air standards. (HS)


We are currently looking to develop a training academy to educate  contractors and the general public who which must include a qualified electrician in your install training team.



NOW is the time for you to switch!!!        

If you are interested in installing our heating system into your home, business or development project
if you wish to become a partner, receive installation training and supply of our system

Then get in touch via the website contact page, call us on 01422 349040  (00 44 1422 349040 for international calls) or email info@g2tek-fid.co.uk



There are acknowledged scientific papers in the public domain by experts in the field that demonstrate the effectiveness of infrared heating technology.


One example is the Paper by Dr Ing Peter Kosak of the University of Kaiserslautern, Germany, who is an acknowledged expert in the field of infra red heating. His findings feature positive confirmations of the benefits of infrared heating compared to gas and electric, convection and other forms of heating. SEE:



For the benefits of infrared on humans see the Dublin University paper:



A study of radiant heat in a thermally comfortable environment by Maria Nila Aban of the University of Leuven, Belgium can be found at:



For any additional papers or studies referred to on this website please contact us. 





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