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imstanglenville
01-13-2009, 08:04 PM
Here is the website: www.water4gas-glenville.com

The Cross Cell named appropriately because from the side it looks like the "Cross".

It generates 3LPM of HHO using only 7 amps of electricity. We got our measurements by using a LPM Rotameter. If you increase the amperage to 10 amps it doesn't seem to generate that much more HHO. However if you increase it to 20 or more amps, HHO is increased by 1.5 LPM. Our cell design still stays cool to the touch even at those high amps, no boiling of water.

Each Cross Cell is housed in 6" PVC pipe. The hardware is all 316L stainless steel. We utilize 5 SS plates. The configuration is +NNN-. This cell generates very little heat, no boiling of water as some other PVC configuration Cells do. The electrodes stay cool to the touch even after 6 hours of continuous use. We use heavy grade 316L SS Bolts that are wrapped in heavy duty marine shrink tubing. This keeps the cell cooler while still generating the amperage to produce high end HHO results.

There is a sight tube on the side that let's you know when you might need to add water. The larger design of the cell runs for over a month (2500 miles) before the need to add water. It has an easy to open/shut filling cap. The Cross Cell and bubbler will fit inside of a battery box that can be easily mounted in the engine compartment of most cars/trucks.

Each cell is hand built, tested for leaks and production before shipping. It also comes with an instruction manual on the type, amount and how - to's of our catalyst.

We recommend the use of 2 Cross Cells for Semi Rigs.

Pictures, video, explanation, mileage gain chart and a product page are all on the website.

A plug for our product page is that we have some of the testing equipment that is generally hard to find. We list a LPM Rotameter, Scan Guage II, Gas Mileage gauges for OBD I vehicles and others equipment as well.

Each cell can be color coordinated to match your vehicle's color. All in all a very nice cell for a reasonable price. For the output that our cell create's you'd need at least 8-10 Mason Jars, depending on your design of course. (We know from our own experimentation that some jar designs will max out better than others.)