Aside from the number of blades, stove fans can also come in a couple of styles. These styles can essentially be broken down into three categories: Choosing the perfect wood stove fan depends on your specific requirements and preferences. By considering factors such as eco-friendliness, noise levels, and size, you can make an informed decision and select the ideal product for your home. Woodstove fans are also an affordable alternative to expensive central heating systems which can be costly to install and maintain the radiator and pipework. Not to mention having to pay the heavy monthly utility bills. Put simply, an open fire is the cosy open flame that sits pride of place in the centre of many people’s living rooms. Traditionally, fireplaces have been fuelled using wood. Nowadays, though, homeowners can opt for different types of fireplaces for open fires including: 1. Wood-burning fireplace

It’s powered by your wood-burning stove’s hot surface. The image at the top of this article features a wood-burning stove. Bigger rooms require stove fans with greater air-moving capacities — something measured in cubic feet per minute (CFM). Therefore, stove fans with a higher CFM will mean you will use less fuel for burning in your stove.It runs with zero noise and comes with a year’s warranty. This is an eco-friendly product that can be used and maintained without incurring expenses. There are also a greater range on offer, including colourful styles, modern designs and double-sided log burners, which can be used to heat two rooms. Some stoves will have a larger surface area on top, which will accommodate a larger fan base. Others may not have much room at all. For this reason it’s important to consider the size of fan you can feasibly buy – not all stove fans will be compatible with all stoves. A blower helps circulate the air in the room and pushes warm air out while pulling cooler air into the fireplace's air channel. The released air from the blower helps increase the ambient temperature of the air in the room and, therefore, increases the fireplace's effectiveness, insert, or stoves heating. It does not increase the heating capacity of the unit. The unit will always produce the same amount of heat; instead, it spreads the warm air out over a greater area. The whole room is a comfortable temperature instead of the immediate area beside the unit being really hot, and the far corner of the room is much cooler.

When it comes to cleaning your log burner, it's also best practice to clean it after every use. If you burn the right kind of wood, it will reduce the amount of smoke and pollutants, keeping the burner cleaner and avoiding build ups of soot and creosote. As well as cleaning out ash, soot and debris, you'll also need to clean the glass. Bags of traditional house coal will be phased out by the beginning of next year, whilst the direct sale of loose house coal will be banned by 2023 The fan will start to disperse the heat from your stove as soon as it reaches 50°C, making the most of the heat from soon after you light it, and in combination with the temperature gauge you will really be able to maximise efficiency. A temperature gauge is an energy-efficient features which lets you monitor the heat and performance of your stove fan. You can use it to optimise its efficiency which will prevent against damage from overheating.Second, if you have a very large room, consider buying a bigger fan to ensure it’s capable of circulating enough air around your room. Some – but not all – fans list airflow in cubic feet per minute (CFM), so in this case look for fans with a higher CFM figure. Where do I place the stove fan? Most stove fans are designed to sit directly on top of the wood burner, but they shouldn’t be placed too close to the flue pipe – unless of course you buy a flue pipe fan, which are specifically designed to be fitted to the flue pipe and are particularly useful if your wood burner doesn’t have a suitable flat top for a standard fan. Do stove fans need batteries? Yes, you can add a fan/blower to most gas and wood fireplaces, inserts, and stoves. You will need to find a fireplace rated fan that will fit your fireplace and follow all instructions for installation in the unit's manual. You will likely want a certified fireplace dealer to install your fan to ensure it is done correctly, is level, and doesn't rattle. It’s been designed to work between 85 – 350°C; however, you need to be careful that your stove does not exceed this maximum temperature as otherwise the fan and its components can get damaged. It depends on the kind of fuel you are using to run them! As already explained, wood-burning fireplaces tend to carry the greatest health risks, particularly if the wood is wet.

Another plus is the low starting temperature of 50˚C (lower than many of the other models here), meaning you can make the most of the heat given out by your stove as it comes up to its maximum temperature. How to choose the best stove fan for you: Although the risk to human health is generally low in young people, older people may start to experience seriously detrimental effects from wood-burning fires. Fortunately, alternatives such as bioethanol fireplaces, gas fireplaces and electric fireplaces are much safer and in most cases are just as stylish and enjoyable. Will open fires or burning wood on open fires be banned? The aim of a stove fan is to stop hot air from collecting around the wood stove, or from rising to the ceiling without benefitting the rest of the room. A stove fan will catch the heat before it has a chance to rise, and push it further out into the room. It will also improve circulation, better cycling warm air and cooler air throughout the space.

Fortunately, this stove fan is fitted with overheat protection in the form of a bi-metallic safety device. This will lift the base of the fan away from the stove if it starts getting too hot, preventing the motor from becoming damaged. While this improved matters I still had far too much smoke in the room and the fire didn't get as hot as I expected it should. The fan is powered by heat and is regulated by the temperature generated by the stove-top. It receives heat energy and converts it into kinetic energy, which derives the motor and rotates the blades.