it's called hexavalent chromium titanium has no hexavalent chromium that and the electrolyte plays into this big time. pure nickel plates have the same powerful bang titanium does so I attribute the difference to 1. Hexavalent chromium and 2. Electrolyte thats after 10+years working with this stuff If you slow the flame down you can see when the stainless cell hydroxy burns off yellow not on the others
i dont have the proof behind my theory but i beleive we may have parahydrogen and orthohydrogen. ortho is around 4 times more powerful and maybe the result of titanium plates instead of stainless. i would like to see a comparison with titanium as and anode and stainless as a cathode and vice versa.i think you may be able to see some interesting results.
I believe the 350ml bottle was full of gas in both test. If the bottle is full then the only difference between the two test were the volatility of gas being produced. Also due to the fact the titanium cell is from another company the performance and design information is not his to give out.
Maybe the titanium plates are pulling more amps? Does anybody know if titanium has more or less resistance then 316L stainless steel? Have you seen the videos from HHOPWR, he is experimenting with nano coated plates and media blasted plates and has some great results. The amp draw is completely different with his experiments although he is using the exact same electrolyte for both cells. It has to do with the amount of plate surface. Nice video and greets from the Netherlands.
I have done some searching, and this is what I found, I hope it is in any way useful to you.
The oxide layer on a titanium electrode inside water behaves like a selective conductor. A titanium cathode let's the electrical current pass through easily, but a titanium anode needs a much higher potential gradient inside the oxide layer in order to pass through the same electrical current. But if you platinize titanium with a cathodic process so the platinum will....
get inside and on the oxide layer, then the current will pass through just as well in the direction of the Anode. This system is used commonly as anode material with electrolysis, galvanic processes, and with cathodic protection inside a chloride containing environment.
I had to translate it in English myself, originally it was written in Dutch language, so I hope I didn't make catastrophic mistakes.
Ti carries a littler more resistance. So say copper carries a % of 100, silver is 105%, stainless is 18% and titanium is 16%. so stainless has 84% more resistance and titanium is 86% more resistance than copper. Ti titanium has one awesome benefit. It doesn't leech like stainless. say bye bye to the that brown crap!
I heard that titanium was not very efficient. It kind of looks like the titanium does not make as much oxygen so the flame burns slower maybe? Nice test but I would have liked to seen the titanium cell.
what you did right there is totally unsafe.. if you happen to over fill .. you will be in deep sht
superwhiz88 1 year ago
interesting......now we need to build an energy measuring device with weights...nice vid
higherpoweredh2o 1 year ago
it's called hexavalent chromium titanium has no hexavalent chromium that and the electrolyte plays into this big time. pure nickel plates have the same powerful bang titanium does so I attribute the difference to 1. Hexavalent chromium and 2. Electrolyte thats after 10+years working with this stuff If you slow the flame down you can see when the stainless cell hydroxy burns off yellow not on the others
ghostriderinnc 2 years ago
Okay, this made me stop and think. Thank you for that. Thinking is a good thing.
mikepowers420 2 years ago
i dont have the proof behind my theory but i beleive we may have parahydrogen and orthohydrogen. ortho is around 4 times more powerful and maybe the result of titanium plates instead of stainless. i would like to see a comparison with titanium as and anode and stainless as a cathode and vice versa.i think you may be able to see some interesting results.
aquapulsefuel 2 years ago
Nickel rulz
TheJax101 2 years ago
I wouldn't call that a proper comparison, "no offence", amps/volts /temp,/plate size/thickness/gap between plates. need to be the same,
could use two balloon's so you know you got the same amounts in size, could release into the bottle, otherwise OK.
Not meant to be negative.
cheers
ZEROPOINT132 2 years ago
I believe the 350ml bottle was full of gas in both test. If the bottle is full then the only difference between the two test were the volatility of gas being produced. Also due to the fact the titanium cell is from another company the performance and design information is not his to give out.
PeteDog444 2 years ago
Comment removed
insAneTunA 2 years ago
Maybe the titanium plates are pulling more amps? Does anybody know if titanium has more or less resistance then 316L stainless steel? Have you seen the videos from HHOPWR, he is experimenting with nano coated plates and media blasted plates and has some great results. The amp draw is completely different with his experiments although he is using the exact same electrolyte for both cells. It has to do with the amount of plate surface. Nice video and greets from the Netherlands.
insAneTunA 2 years ago 2
I have done some searching, and this is what I found, I hope it is in any way useful to you.
The oxide layer on a titanium electrode inside water behaves like a selective conductor. A titanium cathode let's the electrical current pass through easily, but a titanium anode needs a much higher potential gradient inside the oxide layer in order to pass through the same electrical current. But if you platinize titanium with a cathodic process so the platinum will....
insAneTunA 2 years ago
get inside and on the oxide layer, then the current will pass through just as well in the direction of the Anode. This system is used commonly as anode material with electrolysis, galvanic processes, and with cathodic protection inside a chloride containing environment.
I had to translate it in English myself, originally it was written in Dutch language, so I hope I didn't make catastrophic mistakes.
iT
insAneTunA 2 years ago
Ti carries a littler more resistance. So say copper carries a % of 100, silver is 105%, stainless is 18% and titanium is 16%. so stainless has 84% more resistance and titanium is 86% more resistance than copper. Ti titanium has one awesome benefit. It doesn't leech like stainless. say bye bye to the that brown crap!
delvis11 2 years ago 3
I heard that titanium was not very efficient. It kind of looks like the titanium does not make as much oxygen so the flame burns slower maybe? Nice test but I would have liked to seen the titanium cell.
PeteDog444 2 years ago
Nice comparison
jdcmusicman 2 years ago