| Magnetizing all the main
ingredients brings about the
below effect. |
| Heat
absorption and heat radiation enhanced! |
| Rapid heat absorption when water temperature is around 70-80℃ then radiating heat at higher temperatures. |
| Heat
stability improved! |
| Variation in water
temperature is reduced as a result of the constituent molecules stabilizing at
saturation point. The main ingredient, subject to the action of the lines of
magnetic force, cause phase transition between the constituent molecular clusters,
and create saturated molecular clusters. As a result of this the main
ingredient becomes less susceptible to change or transformation when subject to
high temperatures. It is also maintains extremely stable water temperature even
when subject to the rise in radiator pressure that accompanies rising
temperatures. |
| Extended
endurance! |
It also contributes to excellent circulation and extended life of the radiator by making less likely the formation of scale and corrosion due to rust which would then clog the radiator core.
Particularly in late years there is an electrolysis corrosion prevention effect supposed in all aluminum engines or aluminum core radiators becoming mainstream. |
