Dust On Ceiling Fan Blades

Dust particles eventually settle on the surrounding furniture and even cause health problems for those inhaling them on a regular basis.

Dust on ceiling fan blades.

Vacuum the motor housing and around the fan wherever accessible. If you can reach your ceiling fan blades safely with a ladder or step. As the blades rotate they experience frictional forces as they rub against the air. Allergies asthma dust mites and a dirty home are just a few of the problems associated with dust build up.

Once a year clean the blades by spraying or soaking a clean cloth in a mild cleaner and gently wiping. Here are pro tips to keep a ceiling fan clean without getting dust everywhere. Amanda thomas domestic ceo. The domestic ceo has a handy tip to clean your blades without getting the dust and grime all over your floors and furniture.

When dust accumulates on the blades of your ceiling fan simply turning the fan on can cause it to kick up and spread. Fans can collect dust very easily so fan cleaning can be crucial to. Ceiling fans are a great way to stay cool but if you don t keep the fan blades clean you re inviting dust and the problems associated with it into your home. This knocks electrons around causing the blades to build up a net charge.

If there s grease on the fan blades there s most likely a buildup of dust and dirt stuck to them as well as grease acts a bit like an adhesive over time. Use an extendable fan duster to dust the louvers and blades. It is well known that dust gets deposited on a rotating ceiling fan because formation of a boundary layer over fan blades. The latter is the case for ceiling fans.

Ceiling fan blades quickly collect dust when overlooked during routine cleaning spreading loose dust particles quickly throughout the room when the fan is in use. Cleaning a really dusty ceiling fan can be intimidating. The air layer next to blade surface is stagnant due to no slip condition and the presence of a strong viscous force. The leading edge of the blades usually develops the thickest layer.