Strong advantages of our HHO kit

HHO gas production – Despite its compact size (10 x 10 x 7 cm.), the cell is relatively small in proportion to the quantity of gas production, ensuring optimal operation during all engine loads and its RPMs

The materials we use to create and produce our #HHO kits and systems are all quality-certified.

The Stainless Steel plates we use are 316L—INOX with a higher nickel content, which is the rust-resistant component in steel. All the Stainless steel plates are laser cut with very high precision. Besides, the stainless steel plates undergo chemical and mechanical treatment, allowing us to extend the working surface and longer work life.

We make our gaskets of EPDM rubber using a special recipe of components to meet our technical requirements, such as a temperature range between -50 and + 170 degrees. Furthermore, EPDM rubber is oil-resistant and square, allowing us to use more working surfaces for each Stainless steel plate. The thickness of the gaskets is proper for the electrons’ normal conductivity process between plates with an appropriate ratio of electrolyte. It is crucial for the #HHO generator’s regular operation during temperature amplitudes like harsh winters or sweltering summers.

The hose connectors we use are the “Push-In” model, which allows you to plug the hose into the connector and that’s all. Furthermore, the Push-In connectors are 360 degrees movable from their base to allow easy installation. They are made in Europe, not China! We use only PA12 hoses due to their high quality instead of PVC, nylon, silicone, or garden hoses, which are not reliable.

We produce our #HHO reservoir with a volume of 1.4 liters from fire retardant plastic to meet the automobile industry’s requirements! Such as durability, long life, and compact size that would be easily installed in all cars. Our reservoir allows installing a #water-level sensor, which you can add to your order during the order process, and it will come installed in your reservoir. The reservoir has a non-vented cap with a secure gasket that guarantees no electrolyte leaks or #HHO gas.

The reservoir keeps more electrolytes in the system and allows electrolyte circulation between the Dry cell and the reservoir. When the #Hydrogen is produced by the #dry cell, water vapor is also produced. Water vapor may carry microparticles from the electrolyte, which may cause corrosion, so the connector through which the gas is returned to the reservoir is on a lower level. Hence, the #HHO gas bubbling through the electrolyte produces #hydrogen, cleaner from steam or other particles. This is the first stage of cleaning the gas, but it is not enough for us, and we always use a secondary bubbler for more security!

The Bubbler has four functions. The first function is to clean the #HHO gas from steam and feed only clean gas to the air intake. The second function is to prevent a reverse spark to the system’s reservoir, and the bubbler acts as a flashback arrestor. The third and most crucial function is determining the bubbler’s water level. If you drive long distances, for instance, and hold more water vapor, the water inside will go to a higher level and could go to the air intake, probably into the cylinders.

Imagine what it would cause if water went to your engine!! Therefore, we put a small pipe coming from the bottom of the bubbler. It goes next to the bubbler’s sidewall and rises to a certain height, so from this pipe, the extra water will drop down. It will also determine the water level inside the bubbler and prevent water from overflowing to the air intake.
The fourth function is that the same pipe sucks air through it when you rev the engine at very high RPMs, releasing the huge vacuum you have from the air intake and preventing the sucking of water into the air intake. Only we offer such a secure bubbler!

During the design of the #HHO generators, we were guided by fundamental factors such as high efficiency, performance, compact size, strength, quality, long life, easy installation, and, last but not least, a good vision.

We recommend using #Dynamic PWM for your petrol or diesel engine to control the amperes and the production of hydrogen depending on your vehicle’s RPM!

Secondary elements of the HHO systems, like a tank, bubbler, and #Dynamic PWM, are manufactured following the requirements of compactness, strength, stability throughout a temperature, stability of chemical bases, quick and easy installation, and most importantly, consistency and certainty in connection with the cell.

We do not use relays, one-way valves, and other nonsense redundant items in our systems because the relay is integrated into the #Dynamic PWM, and it is made much more reliable Start-Stop function and because the one-way valve is always open during the engine work. There is a vacuum, which is opening the valve!

All of our HHO products, such as HHO generators, HHO bubbler, HHO reservoir, HHO electronics, and all of its components, are designed and produced in the European Union. They comply with all standards required for such products!