What are the benefits of using a ceramic space heater?
Ceramic heaters are very efficient in terms of energy consumption. They do not produce any harmful emissions like those produced by coal or natural gas furnaces. Moreover, they have a long life span which makes them ideal for heating up your home during cold winter months when electricity rates are high. A ceramic heater will last longer than an electric one because it uses less fuel per unit time and generates less waste heat.
How much does it cost to buy a ceramic heater?
The price varies depending upon the size of the space heater and its specifications. For example, if you want to heat up a small bedroom with a ceramic heater, then you would need to spend around $300. If you plan to use it for heating up your whole house, then you may pay anywhere between $500-$1000.
Which type of ceramic heater is best?
There are two types of ceramic heaters: solid and hollow. Solid ceramic heaters are made from hard materials such as tungsten carbide (Tungsten Carbide) or borosilicate glass. Hollow ceramic heaters are made from porous materials such as quartzite, mica, kaolin clay, or sandstone. All these materials have different thermal conductivities and therefore their performance differs greatly. Tungsten carbide is the best ceramic heater for homes. It can transfer heat energy in short intervals and does not lose its efficiency even after long use. It is very expensive and its cost may be $700. You can also buy less efficient ceramic heaters at much lower prices.
Which sources of energy are used to heat up the ceramic heater?
Electricity, oil, natural gas, and propane are the common fuels that you can use to power up your heater. The most popular types of ceramic heaters are the electric and oil-filled heaters. One of the best types of electric heater is the quartz filled heater. It can be used both for heating up a small area like a bathroom or large open areas such as warehouses and factories.
Are ceramic heaters safe to use?
Yes, they are safe as long as you are careful about their usage. If you follow all the safety instructions written in the manual, then you will not have to worry about damaging your heater. It is important to keep children and pets away from the heater because they can get severely burned if they come in contact with it. Also do not place any flammable materials near the heater as this may cause a fire hazard. If you follow all these safety measures, then you can surely enjoy the benefits of using a ceramic heater for years to come.
What are the major concerns about using a ceramic heater?
Ceramic heaters consume a lot of electricity when compared to other types of heaters. You need to keep this in mind before you begin using one. Moreover, this type of heater needs to be cleaned regularly to avoid blockages in the flow of air. This is necessary to maintain the optimum efficiency of the heater.
What are the advantages of using a ceramic heater?
These heaters have many benefits such as:
The heat that is emitted from these heaters can be easily distributed throughout a room. You do not need to be very close to the heater in order to feel its warmth. This feature makes it very convenient for people who want to keep their houses at an even temperature.
These heaters do not make very much noise and hence you can comfortably use them even when you are trying to sleep or work in a quiet environment.
They are very efficient when it comes to energy consumption. You will not have to pay high electricity bills every month if you have a ceramic heater in your home.
They are very cheap. There are many varieties of ceramic heaters that you can choose from depending on your budget and needs.
Are there any disadvantages of using a ceramic heater?
All the advantages that we have mentioned above are true but only to an extent. As we said these heaters consume a lot of electricity so people who are on a tight budget will find them to be a big drain on their resources. Ceramic heaters also tend to get very hot so you need to have proper ventilation in the room where it is placed or you can be burned.
Sources & references used in this article:
The influence of surface treatment on heating effectiveness of ceramic vessels by MB Schiffer – Journal of archaeological science, 1990 – Elsevier
High temperature biowaste resistojets using electrically conducting ceramic heaters by C HALBACH, R PAGE, R SHORT – 9th Electric Propulsion Conference, 1972 – arc.aiaa.org
Electric resistance heating element by AB Best – US Patent 4,267,435, 1981 – Google Patents
Heating concepts for ceramic microreactors by R Knitter, R Lurk, M Rohde, S Stolz, V Winter – Microreaction Technology, 2001 – Springer
Ceramic gels with salt for microwave heating susceptor by J Seaborne, JR Borek – US Patent 4,968,865, 1990 – Google Patents