A lot of people have been enjoying the soothing effects of the original Apollo fireplaces. If you love to cook over the wood-burning fireplace, but don’t want to have to buy a whole new room just to keep it lit, then the Apollo fireplaces patio heater may be the perfect thing for you. Here are a few things that you need to know about this unique heater.
These heaters have a long life span. That means that you can use it for years and even beyond. But if you decide to move somewhere else and you want to take your heater with you, it is important that you use a good quality gas line to ensure that the unit will last.
The Apollo fireplaces patio heater has a unique insulation feature that helps to maintain the temperature at a much lower level than the other gas fireplaces. The low temperature will keep your home comfortable, and it will also help to conserve gas. That means that you will be able to heat the room more efficiently, without having to turn up the heat to over 120 degrees.
Since the Apollo fireplaces patio heater uses a system that doesn’t use chimneys, there is no risk of the fuel getting contaminated with ash. In fact, the chimney will simply become part of the decorative design of the room. This helps to avoid the issue of ash build up that is a big problem with other types of fireplaces.
Also, since the Apollo fireplaces patio heater does not have a large flame, it will keep your home cooler than other types of heaters. Since the heater is smaller than other models, it will reduce the amount of heat that comes into the room. With this in mind, it will also keep your furniture comfortable, and you won’t have to worry about having to turn the heat up too high.
These heaters do not rely on the fuel that is burning inside of them to heat the warm air. Instead, they work by using something called an infrared filter to absorb the heat. This filter absorbs the infrared waves, which are emitted by the fuel, and then it re-radiates these waves back into the room.
This is why these heaters don’t have the burning element at the bottom. Instead, it is surrounded by a heat absorbing element that keeps the warmth contained to the heater.
The entire system works by trapping the heat, so that it can escape the room at a slow and steady rate. It then pushes this escaping heat back into the room.