The reducing components of AMISINE - series are hydroxylated amines. In addition to the oxygen-carrying component, the products contain a perfectly balanced blend of volatile vapor alkalizing amines, which increase the pH of the steam and possibly neutralize existing CO2.
The products of AMISINE - series feature high oxygen binding capacity and a strong reducing effect against metallic surfaces and attending metal oxides.
The products form a homogeneous, stable magnetite-film, which is very firmly attached to the metal surface.
Even low doses prevent the formation of oxides.
This crystallizes the magnetite-film without faults and anomalies. The velocity of the oxygen binding increases proportionally to the temperature and is practically spontaneously at temperatures above 100 °C.
All products are alkaline. Since they are volatile in steam, they bring about a pH increase in the total steam condensate circuit.
The thermostable products of AMISINE - series get into the steam inside the boiler, while retaining all the properties at the time of vapor condensation.
The decomposition of the product takes place at temperatures of 350 to > 500 ° C.
As decomposition products are produced: ammonia, nitrogen, water and volatile hydrocarbons, which are easy to eliminate as incondensible gases through the condenser or by the thermal degasser.
In the parts of the system in which condensation begins, the partition coefficient is slightly below the equilibrium.
Thus, the product is in two phases, allowing an excellent protection of all metal surfaces.
At high temperatures, such as those found in boilers with medium and high pressures, the distribution coefficient shifts proportional to the temperature in the direction of balance.
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