Liquid Protector

Central Heating Liquid Protector is recommended for use in package systems, household heaters, industrial converters, chillers, cooling towers and all systems that use water as heat transfer fluid in a closed circuit.

this liquid protector, as its name suggests, creates a protective layer on the surfaces to protect system parts and increase their life. In heat exchangers, water is used as heat transfer fluid. Hardness of water causes accumulation on the surface, increases thermal resistance and decreases heat transfer.

The reduction of heat transfer will has negative effects on the performance of equipment and increases depreciation, such as the failure of circulation pumps and etc. Therefore, it is necessary to clean heat exchangers and remove sediments with appropriate methods.

Also, the presence of dissolved oxygen in the inlet water as a result of heat and reducing the dissolution of oxygen gas causes bubbles to form in the closed circuit of fluid movement.

hence, liquid Protector is required for all types of package systems and radiators, including aluminum (fin) and steel (panel) and is effective on both types of radiators available in the market.

The main problem of steel radiators is the creation of a lot of water rust due to the proximity of water and steel, which becomes more acute over time. This major problem manifests itself with the failure of package pumps and internal parts.

Using a liquid protector solution prevents the direct contact of water and steel due to the creation of a protective layer on the surfaces and greatly reduces oxidation.

In aluminum radiators, the problem appears in a different way over time, so that most aluminum radiators need to be vented after some time. The air created inside the system is due to the creation of hydrogen and oxygen gas in the circuit.

The gas created in the circuit reduces the efficiency of the radiator and reduces the heat transfer and also creates noise in the radiator. In order to prevent these problems, it is necessary to use a protective solution for the heating circuit to prevent the creation of an electric battery inside the circuit by creating a protective layer on the surfaces.
This solution is injected in the system with a ratio of one to one hundred with water, and a useful life of three to five years has been envisioned for it.