The filter housing (cylinder) is made of a corrosion-resistant material, but the appearance of condensate on its surface is highly undesirable. In particular, when the dust settles on a wet surface, the balloon becomes polluted and requires more thorough and labor-intensive care.
The use of a cover will protect filter housing of the Ecosoft 1665 filter from condensation. The cover is easily put on and removed from a housing. Covers are made of high-quality and high-tech material - neoprene, which well persists the influence of external factors.
Condensate is water droplets that form on the surface of the filter housing. The cause of condensate is the temperature difference between the environment and the water passing through the filter. As a result, the water contained in the environment in a gaseous state, goes into the liquid in the form of small droplets.
Despite the fact that the filter tank is made of corrosion-resistant material, the appearance of moisture on its surface is extremely undesirable. When the dust settles on a damp surface, the tank becomes dirty and requires more careful and time-consuming care.
The wet surface can become a favorable environment for the formation of mold and fungi. Therefore, based on sanitary and hygienic considerations, it is advisable to use a special cover to protect the filter tank from condensation.
The neoprene is a strong and flexible material. Care of the surface of the cover is simple. For easy contamination, the cover is wiped with a damp sponge soaked in a soap solution at a temperature of 30-40°C. The use of chemicals is not recommended.
The cover can be washed manually or in a washing machine (manual washing mode). Spin is prohibited. Drying the cover is carried out in a straightened form, preferably without direct exposure to sunlight and at a distance of not less than 1 m from the heating appliances. Ironing of the cover is not required.
Neoprene has excellent insulating properties and effectively protects the filtration system housing from condensation. Neoprene does not change its performance under the influence of sunlight and temperature extremes.