♦Other method
Most of the desulfator devices available on the market other than Nanopulser, produce a rather strong electrical pulse. They tend to send a very strong electrical shock to the electrode plates and shake off the sulfation crystals. This method does not decompose the sulfation but precipitates the sulfation crystals from the plates, which accumulate at the bottom of the battery case. During the process this could also damage the surface of the electrode plates.

♦Nanopulser Method
Nanopulser creates 10,000 Hz of very weak but sharp electrical pulses, which decompose hard led-sulfate crystals little by little without damaging the electrode plates. Compared to other desulfators, whose operation is like hitting a drum with a large stick with full force, Nanopulser uses rapid and weak beats with drum sticks.

In other words, electrical pulses created by Nanopulser do not shake off the crystals, but ionize the hard lead-sulfate for slow decomposition without damaging the electrode plates.

Also, the Nanopulser method does not create "NOISE" that influences other electrical equipment. It has passed electromagnetic compatibility test based on Federal Communications Commission, specification category "FCC Part 15 Sub. Part B Digital Device".