And with this, it helps to keep suspended particles in the water. So, by doing this, even if there is a disturbance in the first stage and the formation of an anti-sediment film around the inner path of the heating system, and this film layer is not completely formed, the transfer particles are suspended in the water, and they cannot reach the inner body of the package. and the radiator stick and block the path.

In the third and open stage to complete the non-deposition cycle, antifouling solution compounds of the package and the radiator try to eliminate possible dirt on the path. In fact, this surrounding spongy composition tries to separate and disintegrate formed on the way and suspend its particles. This work is created with the passage of time and the circulation of the mixture of solution and water along the way. And if you have installed a brass strainer on the way back from the radiators, these suspended particles will accumulate in that strainer and you can eventually remove it from the system at no cost.

In fact, the antifouling solution of the package and radiator By running this cycle continuously in the closed circuit system of the package and radiator, it is constantly removing your package and radiator system, and for this reason, it is called an anti-fouling solution for package and radiator.

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