Start Saving Fuel with MAGNETIZER®

Industrial Fuel Saving with MAGNETIZER® by Mundi.

Due to the diverse nature of FORTUNE 500 companies and their operations, a specific consolidated figure of NG used in production is only sometimes readily available. The amount these corporations spend annually on fuel can vary significantly depending on industry, company size, and economic conditions. However, it likely amounts to billions of dollars collectively across all these corporations. 

Mundimex, Inc., with its MAGNETIZER® Technology, offers a viable method for industrial fuel saving.

MAGNETIZER® operates on the principle of applying a magnetic field to fuel molecules to induce changes in their structure and behavior, ultimately aiming to improve combustion efficiency and reduce emissions. It strictly follows the principles of the 1970 Nobel Prize-winning science in physics as applied to fluid dynamics.

Here’s a summary of the key points:

  1. Permanent Dipole Moment: The technology imparts a permanent dipole moment to fuel molecules by applying a powerful, focused monopolar charge, which helps break apart clusters of molecules and reorganize their molecular structure in a desired way.
  2. Para-to-Ortho Conversion by the monopolar MF (magnetic field) changes the electron spin and hydrogen’s isomeric para-hydrogen form to a more volatile (combustible) ortho-hydrogen form. This conversion destabilizes long molecules, making them easier to break up, ionize, and atomize, resulting in smaller, more combustible hydrocarbon species.
  3. Improved Oxygen Bonding: MAGNETIZER® attracts oxygen atoms to the hydrocarbon molecules, enhancing oxygen bonding and fuel oxidation, which can lead to a more efficient combustion process.
  4. Reduction in Viscosity and Surface Tension: Downstream of MAGNETIZER®, there is a reduction in viscosity and surface tension due to the action of the monopolar MF with the presence of smaller hydrocarbon molecules and para-to-ortho conversion. It can contribute to improved fuel atomization and combustion efficiency.
  5. Application of Magnetic Field: The technology applies a properly focused magnetic field to ionize the fuel entering the combustion chamber. This process aims to maximize fuel economy, enhance fuel efficiency, and reduce pollutant emissions.
  6. Implementation: MAGNETIZER® technology involves mounting permanent magnetic alloys encapsulated by a “Flux Driver Plate”™ on the air and fuel inlet lines. The magnetic field strength is selected at a properly determined Gauss level to ensure optimal performance without over-magnetizing the fuel.

Overall, MAGNETIZER® technology optimizes combustion by manipulating fuel molecules using properly focused monopolar-in-applied charge magnetic fields. Real-world effectiveness may vary depending on fuel composition, burner type, and operating conditions. Evaluation through controlled testing and validation has been crucial to assess its practical benefits in various industrial applications. In Morocco, e.g., MAGNETIZER® regularly brings 17% NG savings on smaller types of burners with 1″ OD fuel lines.
Large industrial setups (aluminum furnace in a Volkswagen plant in Puebla, Mexico) amounted to 14-20% NG savings. Usually, we guarantee a min. of 6% fuel savings, but get 9% and more in real-life conditions. However, we prefer to underpromise and overdeliver as a company marketing policy.

We welcome you to explore the possibilities and fuel savings MAGNETIZER® will bring to your operational environment.

Science Behind MAGNETIZER®


Molecule flow with Magnetizer®

Ionizing fuel

Exhaust emissions are the result of incomplete combustion as shown in the Mechanical Handbook by Baumeister, where the stoichiometric chart shows the relationship between emissions and unburned fuel.  As more of the fuel is combusted, the emissions go down and efficiency goes up, hence the fuel savings. 

When a properly focused magnetic field is applied to a hydrogen-based fuel, the hydrogen is converted from the para- (less volatile) to ortho- (more volatile) state.  This potentiates fuel so that the hydrogen attracts and bonds with more of the oxygen (getting the oxygen to bond with the hydrogen is necessary for complete combustion, hence with each MAGNETIZER®  Engine Energizer System we use the blue color MAGNETIZER®  Air Energizer units with N (negative, North Pole) polarity to make oxygen bond better with the positive, S (South Pole) charge treated fuel). When this happens, we burn more of the fuel and that reduces exhaust emissions and increases the fuels efficiency (better fuel economy and power).


Thousands of users worldwide, as well as Tests & Evaluations, attest to MAGNETIZER’s major rule in reducing exhaust emissions and increasing efficiency, thus saving the end-user money on their fuel costs.

MAGNETIZER® has been in magnetic fluid treatment R&D for over 29 years and through the years we have refined and defined the techniques of the monopolar method of how to treat fluid with duo-pole magnets.

MAGNETIZER® energizes, organizes and polarizes random and clustered fuel molecules by giving them a permanent dipole moment, changing their electron spin and hydrogen’s isomeric para-hydrogen form to a more volatile (combustible) ortho-hydrogen, and giving them an extremely strong and focused charge (positive or negative), which breaks clusters (hydrocarbon associates) apart and organizes their molecular structure. Thus attracting ionically oxygen atoms to the hydrocarbon molecule and creating better oxygen bonding and better fuel oxidation.

Para- to ortho- conversion destabilizes the long molecules which break up easily, become ionized and atomized and show reduced viscosity and surface tension. That means downstream of MAGNETIZER® smaller species of hydrocarbons are found. Reduced surface tension is a consequence of reduced intermolecular forces. It means smaller molecules. This can be verified. Also para- to ortho- conversion results in the reduction in viscosity and surface tension. These are measurable parameters which have been confirmed by science (scientific papers available upon request) to be reduced.

By applying a properly focused magnetic field to ionize fuel to be fed to combustion chamber we can ensure more complete combustion process, obtaining a maximization of the fuel economy, improve the fuel efficiency and reduce polluting emissions. The air and fuel are subject to the lines of forces from permanent magnets mounted on the air and fuel inlet lines. The magnet for producing the magnetic field is oriented so that its South Pole (red color systems) is located adjacent to the fuel line and its North Pole (blue) is located spaced apart from the fuel line. The magnetic field strength must be at a properly selected Gauss level since it may get demagnetized to some extent before reaching the combustion chamber.

Resonant Excitation of Fuel and its Polarization*

A transition between such levels (re-orientation of the magnetic moments of unpaired electrons) as well as the re-orientation of permanent nuclear moments in the magnetic field is caused by the absorption of low energy electromagnetic radiation at an appropriate wavelength.

When the flow and magnetic field parameters are chosen properly the magnetic resonance can appear. Right then one can expect certain modifications of the magnetic properties of the affected medium to take place.

Apart from the resonant excitation of a fuel flowing through the magnetic field there take place the following phenomena and changes: whirling of trajectories of charged and diamagnetic particles, selective ionization, circulatory eddy currents, electric and magnetic fields, changes in the speed and pressure profile, as well as the electrical conductivity of liquids.

Also, additional magnetic moments appear, that arrange electrons at the atomic and molecular level. The hydrocarbon structure loosens up, polarization and arrangement of molecules take place and when the south pole polarization exists, the liquids get charged positively.

The polarization of fuel means that chaotically behaving molecules of liquid or gas fuel get uniformly arranged and charged by the MAGNETIZER®. As a direct consequence in the zone where magnetically actuated fuel contacts air there occurs an ionic attraction of oxygen. This results in the high saturation of a combustion mixture with oxygen, making it more dynamic and active, while the combustion process gets faster and more complete. Therefore the burning conditions of such mixture are close to optimal, which is proved by the significant reduction of toxic emissions (CO, HC, NOx) in the exhaust, without using catalytic converters. From the environmental protection point of view that effect caused by magneto-hydro-dynamic actuators is comparable with the action of catalytic converters.

Molecular alignment

By the same principle, MAGNETIZER® energizes and organizes random and clustered water molecules by applying to them a strong and focused magnetic charge, greater than that of the minerals and the plumbing, thus lowering water surface tension, stabilizing (neutralizing) pH and creating soft water behavior.

There is no secret as to the effectiveness of the scientifically designed MAGNETIZER®  monopolar fluid treatment system. 

MAGNETIZER® monopolar treatment of fluids produces order from chaotic molecular behavior with a predominate single charge ion. Fluids are not only imbued with magnetic properties. 

What occurs with “magnetizered” fluids is that hydrogen nuclei lose their random alignment and align as charge separated molecules, reducing the size and changing the form, producing all of the benefits described on this site for each application.

MAGNETIZER® monopolar fluid treatment systems are ISO 9002 standard, using space-age quality, high-density ceramic-alloy magnets, dipped in a high-grade plastisol for a superior surface durability in all weather conditions. The magnets that we deploy are used by NASA and these are special ceramic alloys, whose strength does not decrease over time. This means a one-time investment in MAGNETIZER®  for the file time of a building or equipment.

They are housed within a patented steel Flux Driver Plate, creating a magnetic single focus (SS or NN) charge. The power of magnets when measured at the surface of the passing fluid, sizing the magnets and number of arrays deployed depend on application used, linear velocity of medium passing through a pipe, ambient conditions, etc.

The sizing and design of our magnets arrangement is proprietary and confidential. The use of magnets in MAGNETIZER® is based on 30 years of experience, aided by computer modeling and feedback from the field. 

The type of ceramic magnets used by us is important, as they are selected so as not to overmagnetize fluid, nor loose their efectiveness due to turbulance or high tempertures. Furthermore we do not need to deploy nedodymium magnets (see the video on our Home page), although we have fabricated neodymium mono-polar activation device under “Mundimag” brand, but use it for demonstration purposes only in order to avoid aforementioned overmagnetization of fluids commensurate with findings in a scientific paper we can share upon request.

Unlike traditional bipolar systems which disperse two magnetic fields (S + N) within a liquid, MAGNETIZER® treats fluids in the most effective manner, based on the scientific principles of MHD (Magneto-Hydro-Dynamics) science for which Hannes Alfvén, a Swedish engineer-electrician and plasma physicist, received the Nobel Prize in 1970. There is no second pole (exit pole imprint) to contradict the other pole’s action.

The patented steel flux driver plate directs more than 90% of the magnetic field to only one pole.

The Sequential Magnetization Monopolar Principle (SMMP) of MAGNETIZER®  technology optimizes the processing of fluids. The first Magnetizer® link on larger Outside Diameter (OD) feed pipes are used to stimulate molecules. The second MAGNETIZER®  link on smaller OD pipes gives us the acceptance of the magnetic flux.

SMMP is the most efficient method to effective fluid  conditioning. The specific and unique accumulation of the magnetic flux in a sequential and monopolar magnetization chain guarantees the most efficient fluid conditioning treatment in the world today. The MAGNETIZER® application of sequential magnetization is scientifically sound, as indicated by the US patent 6,056,872.


There Are No Standard Monopolar Magnets

The name “monopolar” needs perhaps an explanation. We know from physics-101 that magnets always have two poles, North and South, with equally divided forces, and if we cut such a magnet, then we receive two identical ones, with a neutral “Bloch Wall” always in the middle.

Meanwhile, after years of research, we have designed a magnetic system capable of delivering concentrated mono-polar magnetic field with specifically designed configuration, induction and high-density flux.

This field is of a “monopolar” nature, since MAGNETIZER®  utilizes the preponderance of its energy of only one of its magnets’ poles, while screening, through the patented steel driver plate, the energy of the other pole, which gets dispersed. That energy (S or N, depending upon the application), contrary to all other multi-polar systems (including the bipolar ones) is not canceled out by the opposite pole.

This way MAGNETIZER®  effectively polarizes all fluids that pass through its field. It comprises ceramic magnetic alloys, coupled with Flux Driver Plate® encapsulated in high-grade plastisol of different thermal characteristics, depending on final usage (pipe temperature).

Monopolar vs. bipolar design

A duo-pole system above and the superior (more efficient) monopolar method of fluid treatment patented in MAGNETIZER®  below.


Bipolar or Mono-polar System?

In order to achieve maximum positive or negative magnetic charge in a fluid, only the singular pole influence should be used. By analogy, if hot water is desired, why to add the cold one, and vice versa.

All mutually cancelling bi- or multi- polar opposing pole systems give left/right displacement of electron spin (“hot/cold”) equal 50/50 and thereby have proven throughout the years to give the improper exit pole imprinting, one of the two parameters of effective fluid conditioning. The second parameter is the high strength of MF (magnetic field).

Most single sided bi- or multi-polar systems are extremely low powered to effectively condition fluids for guaranteed results. The reason is that MF generated by any magnet originates and is concentrated in its head.

The field emanates then and disseminates like an umbrella all around the magnet until it goes to the other head, greatly reducing the power at its sides. The field measured at the magnet’s sides represents only a very minor percentage of its total magnetic strength.

With bi- or multi- polar systems fluid flowing along side of the magnet forces the magnet’s lateral fields to do the conditioning. Thus, almost 95% of bi-polar unit’s potential magnetic strength is wasted, as naturally the lines of flux travel between the poles and not axially (radially) into the center of a pipe to properly condition fluid.

Differences Between Bi-polar Magnetic Systems and the Mono-polar Magnetizer®

The single (mono) pole method of the MAGNETIZER® fluid conditioning has no cancelling effect and practically offers the highest necessary flux density (“voltage”) available (please see a video clip).

Our ceramic, aerospace quality, strontium ferrite magnets, with an industry power rating of 8-9 (much higher and more effective than in other systems) are magnetized through their thickness. The fluid is exposed exclusively to the head, where all the power is.

When MAGNETIZER® is placed parallel to the flow, around the outside circumference of a pipe, the entire head of one of its poles faces fluid, while the opposite pole radiates an insignificant part of its power away from it.

Such a configuration serves to concentrate one pole’s full strength into the fluid’s mass. This results in fluid being properly conditioned by great concentration of power.

Monopolar Technology Explained

We achieve all these thanks to the proven & patented way of fluid treatment. Although Magnetizer® uses bi-polar magnets, with a neutral “Bloch Wall” in between, it deploys them differently, i.e. in a patented monopolaway, i.e. ALWAYS conditioning fluid with only one pole (SS or NN depending on the application), and NOT with the two poles (NS or SN), like the rest of the equipment competing on the market, i.e. conditioning fluid with the SAME exit pole imprint, through the patented Flux Driver Plate®, which redirects and suppresses the opposing pole. The Magnetizer® advantage over competitive fluid treatment systems is explained below.

The magnetic piles of Magnetizer® are clamped perpendicularly to the medium flow, as required by the MHD science, when they penetrate pipes (steel, galvanized, copper, PVC, glass, etc.) with carefully selected strength of its single focus magnetic charge of 7,500-11,200 GOe – measured more correctly to reflect their actual flux in Gauss-Oerstedt energy units, than mere Gauss, since even with their ‘normal’ 3,000 Gauss strength they are still stronger and “stick” better to metal surface than the regular 3K Gauss magnets. This is possible due to permanent ceramic alloy magnetic compound.

FYI we have also at our disposal MONOPOLAR neodymium magnetic systems but use at our discretion and discernment due to the danger of fluid over magnetization (and “flat” results).

This high quality, ceramic magnets are encapsulated by the aforementioned metal plate and dipped in a high-grade plastisol during a demanding and proprietary, space-age, ISO 9000 standard, industrial manufacturing process, which gives the original 100% the US made Magnetizer® its distinctive look and surface durability in all weather conditions. Optionally we also offer high temp cover, e.g. withstanding 115 deg. C/239 deg. F pipe surface heat.

The Magnetizer®: Mundimag™ Paradigm

As if this was not enough, and to dispel critics who point to other competitive and strong neodymium systems, we have now available at our arsenal of fluid treatment methods the latest generation magnetic system ten (10) times more powerful then the legendary Magnetizer®.

We have managed to harness the power of sequential pulse magnetization to focus the gradual increase of magnetic flux in a monopolar fashion towards the passing fluid. Our unique and proprietary sequential magnetization method is the most efficient method in the effective conditioning of liquid media currently available in the world.

Thus the first link, the new Mundimag™ systems are used to inject extremely strong magnetic flux in order to stimulate (vibrate) molecules. These are 45 mln Gauss-Oersted systems—from the same patented mono-polar family (with standard asymmetric magnetic field distribution of its piles)—ten (10) times the strength of the second link! The latter, comprising of the Magnetizer® systems (4.5 mln Gauss-Oersted energy units)—utilizes this unique and patented magnetization principal in order to accept and pulse the magnetic flux further upstream. This specific and unique agglomeration of magnetic flux in pulsating sequential magnetization method guarantees the most efficient fluid conditioning treatment in the world today.

Note: Our mono-polar neodymium magnetic systems are used at our discretion and discernment due to a possibility of fluid over magnetization (and “flat” results – scientific explanation with a Gauss distribution graph available).

Electromagnets vs. Magnetizer®

Magnetizer® utilizes patented mono-polar method of magnetic fluid conditioning—where fluid is subjected to the action of one pole of a magnet only—a technique more efficient than any other bi-polar or multi-polar magnetic fluid conditioning devices available in the market today.

Therefore, since electromagnets are NS systems they will not descale as good as Magnetizer®, which utilizes SS polarity (or NN depending on fluid application it is used for).

Although Magnetizer® uses bi-polar magnets, with a neutral “Bloch Wall” in between, it deploys them however in a patented unipolar way (SS or NN), i.e. ALWAYS conditioning fluid with only one pole, not two, i.e. conditioning fluid with SAME exit pole imprinting, due to its patented “Flux Driver Plate®”, which redirects and suppresses the opposing pole.

Magnetizer® works better (SS vs. NS)—having higher efficiency and reliability—and does not need an external power source, also being safer (no sparks, no burned output transistors).

Apart from field installations, we have also looked at electromagnet systems carefully at Hydrotop, a Water Management Show in Marseille, France, where our distributor made side-by-side comparisons. In contrast, electromagnets DID NOT work on translucent glass pipe, and with negative results on PVC, whereas Magnetizer® was performing much better, i.e., all the time, in all trials, and with a 100% descaling rate.

In case of PVC pipes used please bear in mind that in general plastic does not conduct electricity. PVC has the addition of plasticizers, of which most widely used being phthalates. In this form, PVC is not conductive and is used e.g. for insulation on wires, electrical cables, etc. In adition plastic has potential to collect static charge on its surface. So beware!

Plastic has no free electrons. All the electrons are tightly bound to the atoms. That’s why it is inert. Although there are conductive plastics (special polymers), PVC may not be one of them, whereas when they conduct they do it not nearly as well as copper.

So not only PVC may not conduct electricity, but the electro-magnetic charge may travel over the surface, not through the body of the plastic pipe.

The magnetic piles of Magnetizer®, on the other hand, are clamped perpendicularly to the medium flow, as required by the MHD science, when they penetrate pipes (PVC, glass, copper, steel, galvanized, etc.) due to carefully selected strength of its single focus magnetic charge produced by space age design permanent ceramic alloy magnets. They are  encapsulated in a metal plate and dipped in a high grade plastisol during a demanding proprietary industrial manufacturing process which gives the original US made Magnetizer® its distinctive look.

In conclusion: Magnetizer® has been scientifically designed to use its strong, focused, uni-polar magnetic field to go through ANY pipe, PVC / glass included, as opposed to the way electromagnets normally interact with PVC or glass, whereas their electromagnetic charge may be trapped on PVC surface and travel alongside of it, without or with insufficient magnetization.


The novel design of MAGNETIZER®  fluid ”energizer” (conditioner) is the practical effect of research on the phenomenon of magnetism and magnetic treatment of fluids in particular.

The positive influence of the MAGNETIZER’s properly selected, focused and directed magnetic field upon liquids and gasses have been well documented by scientists, engineers, and practitioners looking for changes in physical properties of fluids. It has contributed to its ever-growing market share.

This also translates into MAGNETIZER’s leading role as a natural protection against scale, in solving hard water problems or decreasing consumption of fuel. This not only means significant savings (operations, downtime, maintenance) but also protection of the environment.

MAGNETIZER® influences all liquid media that flow in the zone of its interaction. It is maintenance-free, requires no external power and can be easily snapped onto pipes.

MAGNETIZER® eliminates, removes or prevents (inhibits) boiler scale, as well as lowers surface tension, imparting to liquid qualities (behavior) of soft water, without the characteristic sleek feel of it. It stabilizes pH and fully oxygenates water, and brings to liquid the lost minerals.

It cleans components of internal engines and decreases fuel consumption in boilers, heaters, ovens, furnaces or engines. It can be safely deployed to remove milk stone in dairy plants, inhibit (“kill”) bacteria (such as in hospitals, pharmaceutical plants, swimming pools), “de-paraffinize” oil in oil wells (“rigs”), improve cement bonding, precipitate sedimentation and clean up in sludge (residual/waste water) plants.

Due to its permanent magnetic piles MAGNETIZER’s efficiency does not lessen with time, nor is it limited by the materials of which a pipe is made. It is thus more versatile, for example, than electromagnets, which do not work on PVC or glass.

Depending upon the specific application, OD (pipe diameter) and linear velocity of flow, MAGNETIZER®  is made out of the selected number of magnetic rings which are snapped onto the outside surface of a pipe. The rings are built from stacks of permanent, symmetric magnets which are more efficient than the so-called “asymmetric magnets,” touted by their promoters to be characterized by the so-called “variable field density.”

These stacks of proper magnetic piles (magnets) are directed radially by MAGNETIZER® towards the flow axis and clamped onto the outside of a pipe by a steel screen or “Flux Driver Plate®”.

It is worth noting that after the installation and obtaining the desired results with confirmed effects, we do not recommend removing the magnetic rings to run further testing and make additional adjustments due to the magnetic memory effect that will remain in the pipes after ring removal.

First, we subject the installation to magnetic penetration and saturation of all the steel parts in water pipes or between the fuel lines and the combustion chamber in fuel applications.

The Stabilization Period is, therefore, the time allowed to saturate metal parts magnetically and clean the internal components of carbon varnish or limescale under the monopolar magnetization process. It will enable the equipment to show greater than the average amplitude of efficiency and savings once the Saturation Period is finished. It can take up to three months in industrial fuel or water applications to thoroughly saturate the metal pipes with the monopolar magnetic effect.

The economy may initially fluctuate in fuel applications as MAGNETIZER® naturally eliminates the carbon or varnish during that time. After stabilization, the equipment will run smoother and start-up easier. The Stabilization Period lasts approximately 30 days in boilers, ovens, furnaces, or 1,600 miles in truck engines.

The economy/performance will increase in fuel and water applications over that period, resulting in higher efficiency.

Therefore, running and comparing the results before and after installation is essential with an adequately established baseline. If you did not run it properly before and must remove the already installed rings for additional testing and verification purposes, then make sure you use a rubber Martell and knock it delicately against the fuel lines to disperse any lingering magnetism prone to be found there for a long time, as its residual presence will skew your observations and affect your overall fuel consumption measuring methodology and results.

Pipe material and Magnetizer performance

MAGNETIZER will work with all common pipe materials including PVC, stainless steel, steel, iron, plastic, copper and aluminum because they allow the magnetic flux to pass thru the pipe. The only exception is lead pipes because lead blocks the magnetic flux. When the pipe is ferrous (stainless steel, steel or iron) you should use minimum of four rings because ferrous materials will absorb the magnetism at the same time as allowing the magnetism to pass thru (this phenomena can be described as acting like a magnetic sponge). When the pipe is aluminum you should use a minimum of four rings because aluminum has a weaker susceptibility to magnetism and the passage of magnetic flux occurs less easily.

Magnetizer treats scale and corrosion in a 2 Step Sequential Process

Thus it can be summarized that MAGNETIZER treats scale and corrosion in a two-step process by (1) changing the physical characteristics of the water, and then (2) the changed water changes the scale and corrosion. It can also be said the RH spin of the electrons, the relaxed and extended chemical and hydrogen bonds in the water, the aligned water molecules, and the RH spin H+ and OH- ions in the water are all necessary for MAGNETIZER to treat scale and corrosion.

STEP 1 When water passes through the S Pole magnetic field of MAGNETIZER a significant amount of the electrons in the water take on a uniform RH spin. This is notably different from the usual everyday conditions before installing MAGNETIZER where electrons in the water molecules are spinning in a random pattern of RH spin and LH spin. The uniform RH spin of the electrons creates an energy field which causes several important effects in the water.

  • Water molecules are bi-polar and the RH spin energy field causes the water molecules to align themselves in the same direction. This uniform alignment keeps the RH spin effect in the water even after it moves past the MAGNETIZER unit’s positive magnetic field.
  • The RH spin energy causes the chemical bonds and hydrogen bonds in the water molecules to relax and elongate which decreases the surface tension of the water.
  • The relaxed and elongated bonds causes some of the water molecules to break into H+ and OH- ions which also have the RH spin.

STEP 2 The water with RH spin electrons and additional H+ and OH- ions interacts with corrosion and scale to reduce and remove them.

  • Corrosion in water pipes and equipment is Fe203 caused by oxidation of the iron pipe by oxygen in the water. After installing MAGNETIZER the Fe2O3 (called red rust) will be converted to Fe3O4 and FeO (both are called black rust) by a chemical reduction process started by the presence of the extra H+ and OH- ions. Some of the Fe2O3 will break off and wash away which leaves the pipe looking cleaner, but not 100% cleaner and not like brand new. The newly formed Fe3O4 and FeO are both non-corrosive and prevent further corrosion of the pipe beneath it. A thin film of black Fe3O4 and FeO will remain covering the old red Fe2O3 corrosion and prevent further corrosion from occurring.
  • The MAGNETIZER treated water also interacts with scale which is Calcite crystals of CaCO3 which are hard and sticky and changes them to Aragonite crystals which are also the same CaCO3 but soft and brittle and can easily crumble into powder. The scale becomes soft enough to clean easily during the next maintenance operation, or when water flow and pressure in the pipes are strong enough the flowing water can erode the scale away and clean the pipes and equipment as well. The MAGNETIZER treated water will also slow down and prevent the occurrence of new scale in the pipes and equipment.
Magnetizer Effectiveness for treating oil, grains, particles and sludge due to lowering surface tension

MAGNETIZER lowers the surface tension of fluids and this increases the capacity of a fluid (e.g. water) to hold more dissolved and suspended materials. This means oil, grains and particles of dirt and sludge can be more easily absorbed into the water and carried away by the flow of the water inside the pipes. The degree to which MAGNETIZER will be effective and the time it takes to achieve a significant removal of sludge depends on its rigidity (softer materials erode into the water easier than harder materials) and the pressure and flow rate of the water which affects the ability of the flowing water to erode the sludge into the water.

Flow-rate and constant flow vs. stop-start flow

There is no required flow-rate. As long as the water is flowing MAGNETIZER will affect the water and the water will affect scale and corrosion inside the pipes and equipment. If the water is flowing only 12 hours a day MAGNETIZER will only be effective during those 12 hours to treat scale and corrosion. When water is not flowing MAGNETIZER effects will be greatly reduced or stopped. There are some variations such as stop-start flow occurring all day long in office buildings, hotels and homes, or some air-conditioning and cooling systems that operate 5 full days a week and are shut down on weekends, etc. Generally speaking the sum of all periods when water is flowing should equal an average of at least 12 hours a day for MAGNETIZER to be fully effective in treating scale and corrosion.

When there is a large amount of non-usual chemicals in the water, especially heavy metals with active ion structures, the effectiveness of MAGNETIZER to treat scale and corrosion will be reduced because the H+ and OH- ions will interact and bind with these chemicals first and get consumed before they can interact and change the corrosion Fe2O3 or scale CaCO3. Phosphorous (P), Chromium (Cr), Cadmium (Cd), Zinc (Zn) are some of the elements to be careful about. Practically speaking, in the customer location, the problem of non-usual chemicals does not occur unless the customer is using large amounts of chemical treatment and the primary ingredient of the chemical treatment is Phosphorous (P) or Chromium (Cr). The problem may also occur in certain types of factories such as pharmaceutical factories where significant amounts of heavy metals such as Cd, Zn, and other heavy metals or exotic chemical compounds are dumped into the re-circulating factory water. When evaluating a pharmaceutical company or a customer site where chemical water treatment is used it is strongly recommended to get a copy of a recent water analysis report. This will show the type and amount of chemicals in the water, and the pH and other factors as well. Based on these elements of the water analysis report technical advice can be given about whether MAGNETIZER will be effective or not and if any special installation locations or additional units are required.

The Latest Generation Of Magnetic Energizers

The earlier, traditional designs of magnetic fluid conditioners were based on direct contact between magnets and flowing medium requiring intervention (cutting) into existing pipes. These have now been replaced by this modern, cutting-edge solution: a device based on a patented monopole technique, which can simply be snapped onto fuel, air, or water lines with no modification to them.

While periodically the illegal knock-offs, pirated or plagiarized copies and imitations of the “energizer king,” along with other regular gadgets purporting to achieve the same result, appear in various markets, make no mistake that the original, US made, MAGNETIZER®  is the most efficient and valued MFT (magnetic fluid treatment) device. Why? Please check a video explanation here.

The superiority of its patented design and its workmanship is backed by international certificates (e.g. ISO 9002), recommendations (e.g. of the U.S. Government, U.S. Air Force and/or GSA), permits (issued by the rigorous and prestigious California-based C.A.R.B., among others), references, experts’ and users’ opinions, acknowledgments and a myriad of positive scientific tests.

The Magnetizer® Advantage

For years now, MAGNETIZER® has been the world leader in its field. Being probably the most heavily tested magnetic conditioner in the world and a precursor of many other magnetic devices, it was the first such apparatus to raise considerable interest within the scientific community upon putting the theory of Nobel Prize winner, Dr. Van der Vals into practice (see History of Magnetic Fluid Conditioning below).

Its advantage has already been mentioned under product quality. Furthermore, its clear advantage is confirmed by its popularity and demand, as well as by positive feedback from users from around the world.

Being the first to offer the world’s unique mono-polar magnetic activator in many markets, Mundimex has spurred great interest in such new technology, thereby actually creating a whole new market niche and demand.

Because the MAGNETIZER’s magnetic influence takes place exclusively along the flow of the liquid medium with no external emission of the magnetic field and no moving or rotating parts, it is completely safe for people and will not interfere in any fashion with electronic circuitry in production equipment or cars.

All MAGNETIZER-s are covered by the Life Time Power Warranty and are not subject to wear by fluid over time, as is the case with the inline (“wet”) devices. Should the need arise, they can be freely transferred from an old to a new installation, equipment, car and/or home.

Due to deployment of airspace type, Grade 9-A, permanent, ceramic, state-of-the-art magnets, confirmed by the ISO 9002 Certificate, the quality of magnetic, metal and plastic material offered by Mundimex, our product is second to none and exceeds the quality of magnets (and other materials) found in other devices on the market today.


The science of magnetism dates far into the past and yet endures today. From the neurons in our brains, electronic equipment (audio speakers), MRI, to telecommunications, we all depend upon it.

Through many years of research on magnetism, we have developed, patented and perfected the design and technology, which today is the number one magnetic fluid conditioner on the world market.

Michael Faraday

The history of scientific research regarding the influence of magnetic field on passing fluids dates back to 1831 and concerns mostly the experiments made by Michael Faraday (1791-1867), the father of fluid magnetics (photo) and James C. Maxwell. Faraday discovered that water flowing past a conductive material will generate a weak electrical charge.

The first known patent of a device ameliorating water characteristic through the use of a magnetic field of a solid magnet was filed for protection in Germany in 1890 on behalf of Cabell and France.

At the turn of the century a Dutch physicist, Dr. Johannes Diderik van der Waals discovered that hydrogen has cage-like structures, which, when combined with carbon, form pseudo compounds. These molecular forces of mutual attraction and repulsion, which stay next to each other (“van der Waals forces”), when influenced by a magnetic field de cluster and then interlock (bind) with additional oxygen, which may result in dramatic increases in combustion efficiency, and ascertained that due to them e.g. gases condense or water coagulates. In 1910 he received a Nobel prize for his discovery.

However, a difficulty in creating a sufficiently intense magnetic field has hindered its commercial application until recently. Only in the 1980-s Van der Waals’ theory of a possibility to break hydrocarbon molecules under the influence of a strong and focused magnetic field found the confirmation and practical expression in the workings of the Magnetizer®.

The development of research on fuel energizers started during the WW II. As part of the armament strategy specialists from the German industrial and airspace concern, Messerschmitt-Flugzeugwerke worked on a problem of eliminating smoke waft from the exhaust gases left by military aircraft (fighter planes and bombers) engines. As a solution to this problem, they designed a magnetic device (“jet fuel energizer”) consisting of a fire-resistant ceramic element with a hole for the fuel line, around which rod magnets were placed. As a result of heavy testing, the configuration of the magnetic field was found, at which the smoke of the aircraft engine exhaust gases was limited to the bare minimum. Also, the reduced fuel consumption was noted, which, at the time, was regarded as a beneficial side effect.

The first work in civilian usage has been done in Europe in the early 1940s by a Belgian engineer T. Vermeiren.

In the U.S., for years, the “old-timers”, who piloted their fishing boats out of Morro Bay in California, would strap horseshoe magnets around their fuel lines. They swore the magnets saved them fuel and made their engines run or start better and … they were right.

In the United States, the commercial use of magnets for fluid conditioning started in the U.S. in the 1950s by the pioneering patent of Dean Moody, the world precursor, together with the Belgian, of that form of fluid conditioning. In 1954 a complaint was lodged with FTC (Federal Trade Commission) against a company manufacturing the magnetic units, and FTC issued an injunction (administrative order) prohibiting the further production, based on a false allegation that these units did not work. In 1961 the federal court ruled against the FTC, as court records revealed that only 3% of the 100,000 units sold malfunctioned.

The men who wrote the next chapter in the world history of the magnetic treatment of fluids were Japanese Saburo Miyata Moriya in the 60-s a (inventing the so-called “wet” devices, i.e. inline magnetic activator requiring cutting off pipes) an American inventor Roland Carpenter in the 70-s and the brilliant American inventor and author Peter A. Kulish in the 80’s. 

Peter A. Kulish

P. Kulish designed the first, so-called “dry” system, which unlike “wet” systems did not require to cut off pipes. Initially still a bipolar-one (like the others), but already placed on the outside of the pipe, strapped onto it.

Then he pushed the research forward, improved the device, making it “mono-polar,” i.e. eliminating the canceling effect of the second pole, thus rendering it more efficient than others (please see Peter A. Kulish explaining this in this “classic” video explanation here), and streamlined its design for the optimal shape for which numerous American and International patents were received.

Together with Kulish, we have done what no one else has been able to do – design and manufacture a simple yet powerful magnetic system that not only conditions water but affects ground-level ozone, reducing carbon monoxide (CO) emissions as much as 100%.

In addition, Peter Kulish began his research in bio-magnetic therapy over three and a half decades ago. Originally studying and consulting with the godfather of biomagnetism, Albert Roy Davis, he took an advanced degree from the Broeringmeyer BioMagnetic Institute in the 80’s and has developed advanced energy medicine protocols. We are excited to feature Peter’s award-winning latest edition of his book “Conquering Pain – The Art of Healing With BioMagnetism” and other health-related bio-magnetic products that have been successfully distributed over the years via Mundistore.