Industrial Grade Water Hybrid Conversion Systems by XHybrids !
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All units work with carbureted and fuel-injected engines. Our hho Hydrogen on Demand System provides additional electronic component to maximize the effectiveness of the system in your vehicle. The HoD system will boost virtually any hydrocarbon powered vehicle. Scroll Down for Important Safety Info on Material and Baking Soda as Electrolyte |
IMPORTANT SAFETY NOTICE !
| Important note ! part 1 - material - part 2 - danger of baking soda Part 1  Please keep in mind that operating temperature of most HoD systems is between 120F - 160F. Low grade materials used by vast competition has maximum operating temperature of 140F at which the material starts deforming and melting and destroying the system possibly creating fire hazard and toxic gases. Others even use glass jars which are extremely fragile and extremely low impact resistance. It might easily brake or explode and shatter possibly causing great bodily harm and damage to you and your vehicle. Those materials are not adequate for hydrogen production and never meant to be used as such. Usage of low grade material and workmanship results in systems short life time , low efficiency and dangerous environment. Our industrial grade construction material is rated to operate over 300F and will not shatter - being bullet proof material it is virtually unbreakable. Additionally our materials share following key attributes:
We use only high grade 316L Stainless Steal Plates instead lower grade readily available and cheaper 304 grade Stainless Steal.   to the left you will notice 316L stainless steal grade with normal wear and tear condition - 97% efficiency after 3000 miles to the right you will notice lower 304 grade stainless steal with extreme corrosion and under 54% efficiency. Additionally all our plates are chemically cleaned and stress treated to ensure prolonged life. General Description By Grade
Other differences between 304 and 316 Types 316, 316L are molybdenum-bearing austenitic stainless steels which are more resistant to general corrosion and pitting/crevice corrosion than the conventional chromium-nickel austenitic stainless steels such as Type 304. These alloys also offer higher creep, stress-to-rupture and tensile strength at elevated temperature. In addition to excellent corrosion resistance and strength properties, the Types 316, 316L Cr-Ni-Mo alloys also provide the excellent fabricability and formability which are typical of the austenitic stainless steels. Applications for Types 316 and 316L alloys include acetic acid compounds, brandy vats, corn products refining equipment, fasteners, kettles for cooking ketchup, pharmaceutical processing equipment, phosphate industry parts, photographic film processing equipment, pitting-corrosion resistance, pulp and paper processing equipment, smokestacks, textile finishing equipment, textile mill kiers, water softener tanks, wire cloth and screens (industrial) and yeast tubes. Types 316, 316L.
Stainless 316: For severe environments. Of course, there are many industrial processes that require a higher level of resistance to corrosion than Type 304 can offer. For these applications, Type 316 is the answer. Use of Baking Soda as Electrolyte ! Part 2 Wide belief and recommendation is to use baking soda as electrolyte . When baking soda is used as electrolyte it creates colorless, odorless, tasteless yet highly toxic carbon monoxide. Even though very small amounts of this deadly gas are produced - we feel obligated to inform the public of this fact. Another draw back is high maintenance and lower efficiency due to sludge and "green / brown water" which means you have to clean the system more often. We are currently researching alternatives to baking soda including distilled water and 100% sodium hydroxide - non toxic electrolyte - available at your local drug store or hardware store. At Lowe's you find it as "Crystal Drain Opener" made by Roebic. They sell 2LBS for about $8. Another positive effect besides efficiency is it extends systems life by keeping the water cleaner for much longer periods of time.  Sadly this technology is still considered "experimental" and we all are fighting against very powerful, biased and greedy elements who try very hard to keep Hydrogen on Demand / HHO away from main stream public and preventing wide spread to protects their own interests. We all have to work together and create a safer and greener tomorrow. |
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