Fuel stabiliser - Dintra Transmissies - #1

/ 2


catalogue search
Fuel stabiliser - Dintra Transmissies
P. 01
Fuel stabiliser - Dintra Transmissies
P. 02
Pages:
Fuel stabiliser - Dintra Transmissies


See other catalogues for Dintra Transmissies
You may also be interested in

Filter, Shaft coupling, Diesel fuel filter, Water filter


Text version of the page
The most commonly heard question is always: Do fuel magnets serve a purpose? The answer: Yes, however not as a stand-alone solution. They are effective when used with a water separator. Some suppliers of fuel magnets tend to make bold statements about their products, as in the magnets ‘align the molecules’ in the fuel. These and other variations of this statement are nonsense and are invented to boost their sales. The function of our Fuel-Stabiliser is to damage the cell wall of the bacteria, which actually covers the problem! If bacteria are disabled, they can no longer cluster and lead to inefficient combustion. Our Fuel-Stabiliser magnet systems have a dual function namely: 1. Stabilising the diesel fuel. Diesel fuel is an instable matter by nature, which in time disintegrates into its basic elements. This disintegration is caused by natural ageing and by acids which are secreted by the bacteria. One of these basic elements is asphalt, which becomes visible on the bottom of your tank/reservoir in small black particles/dots. These asphalt particles are in fact essential parts for the diesel fuel. By having your fuel run through the strong magnetic field of the Fuel-Stabiliser, the diesel fuel is turned into a stable product again. With a more stable fuel, better combustion is achieved. 2. Disrupting the cell wall of the bacteria. The cell wall consists of phosfolipid. This cell wall has two functions: a) Protecting the internal parts of the cell. b) Separating the intercellular and extracellular salt of which the cell wall consists. If the cell wall passes through the strong magnetic field of the Fuel-Stabiliser, electricity which is being generated in these salts damages the wall structure of the cell. As the bacteria can then no longer regulate their pH (degree of acidity), the bacteria dies. The direct result of this is that the bacteria can no longer form colonies (strings of bacteria).

pageCatalog pdf ne En 2012-05-21-24