Areas of Use for Air Separators

Air Separator

Oxygen is found dissolved in water. When the temperature increases under pressure, this oxygen is released. When oxygen is released, air bubbles form. Air bubbles can cause corrosion in piping and heating systems. In addition, cavitation can occur in installations and pumps. Therefore, the use of air separators is extremely important. Air separators are used to continuously remove air from hydraulic circuits in heating and cooling systems. These devices have a very high air discharge capacity. You can get air separator services from the site: https://www.vefaheat.com/separatorler/hava-ayirici/. The adhesion of bubbles to heat transfer surfaces reduces heat conductivity, which leads to a loss of efficiency. Malfunctions can also occur in pumps and other fittings. Furthermore, it can cause disturbing noises in piping and radiators. The air separator collects the air bubbles in the water on the metal filler surface and expels them.

Air Separator Working Principle

The working principle of an air separator is based on several physical principles. The areas of use for this product include underfloor heating systems, central and individual heating systems, and air conditioning and cooling systems. The active part of this structure is made of expanded stainless steel. These sheets are placed radially within the body, which interrupts the water flow without causing circulation. This causes micro air bubbles to be released. Due to molecular attraction, microbubbles tend to accumulate on the expanded metal surfaces. When the bubbles gather together, at the point where the hydrostatic repulsive force on the metal surfaces overcomes the adhesive force to the metal structure, the microbubbles collect in the air chamber at the top. In this section, the air volume is discharged by flotation through the air discharge valve. This is how the air is expelled.