Quartz Heater Vs. Ceramic Heater Efficiency

If you are using natural gas or oil in your home or apartment, you may want to look into alternative ways to save money when it comes heating. Because of the rising energy costs, you may start looking into purchasing a space heater, in order to lower the thermostat and save a few dollars on the energy bill each month. Two of the more popular choices when it comes to space heaters are the quartz and ceramic heaters. Each of these choices have their advantages and disadvantages when it comes to efficiency.

Quartz Heater Efficiency

What makes quartz heaters so efficient is that they use a wound resistance coil that runs through a series of parallel tubes. All of the parts are encased in highly reflective, aluminium steel body, which prevents heat from escaping to the back of the devise.

Ceramic Heater Efficiency

Ceramic heaters are robust and efficient heaters and are responsible for providing a long wave infrared radiation. These types of heaters use a specialised process, which involves an alloy resistance wire that is wrapped around a ceramic body.

Energy Efficiency

Quartz heaters convert 100 per cent of the electrical energy it uses into heat, but lose their efficiency after 10-15 feet. Quartz heaters are made for situations where you are sitting in one particular place and only need to heat the one area. Properly designed ceramic heaters offer 85 per cent efficiency and are able to heat up an entire room. Ceramic heaters offer flexibility in zoning, long life and uniformity.


You need to be careful when using quartz heaters, and they shouldn't be situated closely to a solid object. If the heat becomes too concentrated or focused on a small area, it can result in burns or even cause a fire. Ceramic heaters tend to be more safety efficient, because they operate at a lower temperature.


The ratio of convected heat to radiated heat is higher in ceramic heaters; therefore, quartz heaters are a popular choice for overhead heaters. Quartz heaters can move up to full working temperature more quickly, because they don't have the mass of a ceramic heater.

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About the Author

Ted Marten lives in New York City and began writing professionally in 2007, with articles appearing on various websites. Marten has a bachelor's degree in English and has also received a certificate in filmmaking from the Digital Film Academy.