Frequently Asked Questions
The Enermosity magnets for both electrical use and those for vehicle installation look the same. Can the same magnets be used for electricity and fuel?
Yes. Enermosity magnets are attached directly to the front panel of your circuit breaker box. The bolts and ties aren’t necessary. When installing the magnets around a pipe or hose, they must be secured in place with the bolts (and the ties, if necessary).
Electricity and combustible fuels are very different. How can the same magnets work on both?
The common factor is the physics. All energy is essentially the same at a molecular level. Magnets direct and stabilize energy in even the most complex materials. With a magnetic field we can increase the internal energy of fuel, causing changes at the molecular level, including improved combustion. The Enermosity produces the electric field that that has this effect on energy moving through both electrical systems and combustion engines.
How does Enermosity clean up fuel so that engines produce fewer emissions?
Magnets direct and stabilize energy. This ionization of molecules blocks harmful emissions produced when fuel is burned. By magnetizing these combustible liquids, the electrons in the fuel molecules are aligned so that the fuel burns more efficiently. When equipment burns fuel more efficiently, the engine, furnace, etc. doesn’t have to work as hard to produce energy. By maximizing fuel economy a cleaner fuel is produced. Cleaner fuel = less pollution released into our environment.
Aren't all magnets the same?
There are many types of metals that can be magnetized. Most materials aren’t strong enough to have the effect upon energy that is necessary to manipulate other magnetic materials and move electric charges. Because of the high grade of the metals used in Enermosity and the combination of these metals, the Enermosity provides the electric field necessary to effect energy.
Why are Enermosity magnets more expensive than other products?
The composition of metals in magnets determines their field strength. In order to have a significant effect on energy, they must be composed of materials that conduct a very intense magnetic field. High-level magnetic materials cost more in raw form, and Enermosity magnets are composed a complex mix of pure metals.
How do I know how many Enermosity magnets I’ll need for my electrical system?
The “Installation” section and the order page both include recommended requirements for number of Enermosity units based on type and size of equipment.
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