Why is Canadian Red Cedar wood so suitable for making an infrared cabin?

Red cedar is a type of wood found only in North America. The best quality for manufacturing infrared cabins comes from the United States and Canada. Although Red Cedar also occurs in Mexico, this species is of lower quality because the temperature is usually too high.

Why is Red Cedar so suitable for infrared cabin use?

As you probably know, a sauna and infrared cabin should not be treated on the inside. After all, it needs to be able to breathe properly. If an infrared cabin is located in a damp room such as a bathroom, cellar or garden shed, this can cause problems. The moisture can affect the inside of the infrared cabin. This can occur with wood species such as Hemlock, White Cedar, spruce and spruce. Red Cedar wood does not suffer from this, strong still! Red Cedar wood can be used outdoors untreated without problems.

Attacked inside of infrared cabin in wet room

Are also other advantages for Red Cedar wood. You continue to use an infrared cabin without clothes on. This gives the infrared cabin the best in-depth effect. It is recommended to put a towel on the floor and a towel on the bench. Click here for more information on maintaining and cleaning an infrared cabin. Nevertheless, the backrest and floor often come into contact with the body and perspiration can draw moisture into the infrared cabin. As red cedar naturally contains a fungicidal and bactericidal oil, you only need to clean the infrared cabin with a damp cloth after the session. No other product is needed.

A distinctive sauna fragrance

Red Cedar wood has a distinctive smell. Which is often associated with the sauna or infrared cabin. This smell returns after every sauna session, so you will enjoy it for years to come. Other types of wood can end up smelling like perspiration when the infrared cabin is used intensively. You can only get rid of this by using sauna aromas (click here).

Red cedar wood acts as a mirror for the infrared

Red Cedar wood reflects infrared better than other types of wood, improving infrared distribution in the ir cabin. This type of wood also has good insulating properties, so the ir cabin heats up faster.