While cleaning might not be the best activity, it is important to keep your home appliances become dusty. Read more to find out.
Ceiling fans are one of the most effective ways to cool the surrounding. Most ceiling fans are found to use as much as the sixty-watt power of a light bulb that equates to less than three cents in one hour. A power saving fan can thus save your money on your monthly power bills in every season be it summer or winter.
Some Tips To Make Your Home More Comfortable:
- Most economical ceiling fans have their blades set in the clockwise direction. You need to check that out before using it. There is a simple way to check that out. Just stand under the fan and switch it on. Allow it to run for a few minutes. If you feel the cool breeze from where you are standing, then the blades are set right. And if the opposite happens then turn off the ceiling fan, examine the base, and try by yourself or consult the experts to help you out in turning the blades of the fan to the opposite direction.
- If you usually run the ceiling fan for the entire day and night in summer, it is always a good idea to raise the temperature of the thermostat by a few degrees. A ceiling fan, even if bought from a reputed Ceiling Fans Manufacturer in India, will not cool the surrounding breeze by itself, it actually helps in circulating the cool breeze in a better way. The fan can also create an airy effect, which makes the space cooler than the room actually was.
- The very first thing you need to know before buying a fan is the blade angle should not be below 12 degrees. Why? Because it will be a mere showpiece and will be a full waste of money. In an ideal case scenario, you will want your fan blades to force air upwards or downwards. Now consider your blades are at a low angle, will they be able to move the air? No. Get a fan with blades angled between 12 and 14 degrees in a room.
Why Do Fans Get Dusty Even If They Are Always Moving?
There has always been a question on the maintenance of a ceiling fan as they get covered in dust most of the time. When the blades rotate, they experience frictional forces as they ‘rub’ against the air; this knocks electrons around, causing the blades to build up a net charge. The charged dust particles then stick to the charged areas of the blades. As a result of this, the leading edge of the blades usually develops the thickest layer of dust.