WE STOPPED HHO KIT H2 GENERATOR PRODUCTION BECAUSE OUR NEW ION KITS ARE BETTER IN PERFORMANCE AND SAVE MORE FUEL! NO NEED WATER, NO NEED ELECTRICAL PARTS AND HEAT RESISTANT! To learn more click here 

Introducing the H₂ Kit iX 320: Elevate your engine's performance with 100% pure hydrogen technology.

This plug-and-play kit, designed for 12-14V systems, significantly improves fuel efficiency and reduces emissions. Installation is straightforward – just add water, follow three simple steps, and you're set.

Benefits of H₂ iX 320generator kit:

1. Safety: Separating H₂ from O2 reduces the risk of combustion. When H₂ and O2 are combined, it creates an explosive mixture. By separating the two gases, the chance of accidental ignition is greatly minimized.

2. No Need for Electrolytes: With this separation technology, there's no requirement to create an electrolyte, which often involves acids. The use of acidic electrolytes can be hazardous, posing risks during handling and preparation.

3. Efficiency: Pure H₂ burns more efficiently than a mixture of H₂ and O2. This means that engines can potentially extract more energy from the fuel, leading to better performance and fuel economy.

4. Purity: Separating H₂ from O2 ensures that only pure hydrogen is being fed into the engine. This can lead to cleaner combustion and reduced emissions.

5. Improved Engine Lifespan: Burning pure H₂ can result in fewer contaminants and residues, potentially leading to a longer engine lifespan and reduced maintenance costs.

6. Environmental Benefits: Pure hydrogen combustion results in water as the only byproduct, making it a clean source of energy.

7. Optimal Combustion: With separated gases, it's easier to control the combustion process, ensuring that the engine operates under optimal conditions.

8. Regulatory Compliance: In some jurisdictions, regulatory standards may require the separation of H₂ and O2 for safety and environmental reasons.

With this technology, not only is the process safer and more efficient, but it also eliminates the issues associated with traditional electrolytes and the potential harm they can bring to the environment.