FAQ
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If you have any questions about our X-Heat products, please refer to the information below. If you still require assistance, please contact us.
Frequently Asked Questions
Q. Are Nano-Heaters cheap to operate?
As medium to longwave energy is absorbed efficiently and uniformly, significantly less energy is required to achieve the desired working ambient temperature.
Q. How much does it cost to install?
Every application is different, In order for us to provide the most competitive quote and maximise the ROI we will organise for one of our professional estimators to visit your facility.
Q. How much money can I save?
So far our customers have saved on average 55% on gas heating bills.
Q. Is funding available for this product?
Funding is readily available for our product all you need to do is get in touch so we can connect you with the relevant funding organisation in your area who will assist you in the simple application process.
Q. What are the maximum temperatures on the surface of the Nano-Heater?
Nano-Heat operates at a much lower temperature than existing combustion technology producing a safe low intensity heat.
Q. What fuel can it operate on?
Nano-Heat can operate on the three most common fuels available which are natural gas, LPG or Propane minimal intervention is required to change between these fuels.
Q. What is the density of energy emitted by a Nano-Heater?
Nano-Heat emits 70-200w/m2
Q. What is the efficiency of a Nano-Heater?
Nano-Heat has a fuel to heat ratio of 99% eliminating the formation of NOx and CO emissions.
Q. What is the wave length of a Nano-Heater?
Nano-Heat emits medium to long wavelength infrared energy in a range from 3µm - 10µm, continuously by simply acting on gas pressure.
Q. What sort of maintenance is required?
All gas appliances should be serviced annually to comply with businesses insurers.
Q. Why is Nano-Heat more efficient than other technologies?
Other technologies rely on warming the ambient air to provide warmth to the people, hot air rises which means energy is spent on heating dead space this then requires electrical fans to be operated to blow down the warm air from the roof space. Equally the majority of radiant tube heaters suffer from high thermal skin and shell loses which adds to warming dead space.
Nano-Heat produces infrared energy which is practically undetected except for its effectiveness in raising the temperature of objects with a high emissivity. The absorption efficiency of infrared energy varies as the properties of the objects each have their own absorption characteristics meaning infrared energy is selective and will travel any square distance without thermal loss providing it does not meet with objects which absorb it.
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