Stanley Meyer's injector material


seamus

RE: Stanley Meyer's injector material
« Reply #2, on August 4th, 2011, 06:13 PM »Last edited on September 14th, 2011, 07:26 PM by seamus
hi that is great info do you have a clear idea or drawing of the original device as i have tried to find something a bit clearer than the patents.
can you let me know.
thank you peter

phil

RE: Stanley Meyer's injector material
« Reply #3, on August 5th, 2011, 05:46 AM »
I've started window shopping for ceramic materials. For a 100mm length of 10mm diameter alumina rod was about £100, bout 160 dollars I guess. Given the high cost im currently looking into adapting a normal spark plug
 getting one apart to use the ceramic out of it. There are loads of other ceramics I found but they go up to the £400 to £500 (getting on for 1000 dollars) for similar size lengths.

Jeff Nading

RE: Stanley Meyer's injector material
« Reply #4, on August 6th, 2011, 11:50 AM »Last edited on August 6th, 2011, 12:08 PM by Jeff Nading
Quote from firepinto on August 4th, 2011, 05:40 PM
Quote from Jeff Nading on August 4th, 2011, 03:19 PM
Hi all, I just found out one of the materials Stan used in his injectors was a product called Macor check out this link, http://en.wikipedia.org/wiki/MACOR , it will explain what this product is good for.
That sounds like some awesome stuff!  Wonder how much $$?
It is on the expensive side, I have joined a yahoo group Alex Petty has and this is how I found out about the material used, here is the link, Jeff.        :cool:http://tech.groups.yahoo.com/group/meyer_wfc_replication/?yguid=468896343
Quote from seamus on August 4th, 2011, 06:13 PM
hi that is great inf do have a clear idea or drawing of the original device as i have tried to find something a bit clearer that the patents.
can you let me know.
thank you peer
I don't have a clear drawing of the injector either, I think artinvegas does though, if he will share, he is the one that bought all of Stanley Meyer's notes and drawings, Jeff .
Quote from phil on August 5th, 2011, 05:46 AM
I've started window shopping for ceramic materials. For a 100mm length of 10mm diameter alumina rod was about £100, bout 160 dollars I guess. Given the high cost im currently looking into adapting a normal spark plug
 getting one apart to use the ceramic out of it. There are loads of other ceramics I found but they go up to the £400 to £500 (getting on for 1000 dollars) for similar size lengths.
Hi Phil, I wonder if a group of us got together and bought a larger quantity if the price would go down, stronger buying power, just a thought, Jeff.

seamus

RE: Stanley Meyer's injector material
« Reply #5, on September 14th, 2011, 07:24 PM »
Quote from Jeff Nading on August 6th, 2011, 11:50 AM
Quote from firepinto on August 4th, 2011, 05:40 PM
Quote from Jeff Nading on August 4th, 2011, 03:19 PM
Hi all, I just found out one of the materials Stan used in his injectors was a product called Macor check out this link, http://en.wikipedia.org/wiki/MACOR , it will explain what this product is good for.
That sounds like some awesome stuff!  Wonder how much $$?
It is on the expensive side, I have joined a yahoo group Alex Petty has and this is how I found out about the material used, here is the link, Jeff.        :cool:http://tech.groups.yahoo.com/group/meyer_wfc_replication/?yguid=468896343
Quote from seamus on August 4th, 2011, 06:13 PM
hi that is great inf do have a clear idea or drawing of the original device as i have tried to find something a bit clearer that the patents.
can you let me know.
thank you peer
I don't have a clear drawing of the injector either, I think artinvegas does though, if he will share, he is the one that bought all of Stanley Meyer's notes and drawings, Jeff .
Quote from phil on August 5th, 2011, 05:46 AM
I've started window shopping for ceramic materials. For a 100mm length of 10mm diameter alumina rod was about £100, bout 160 dollars I guess. Given the high cost im currently looking into adapting a normal spark plug
 getting one apart to use the ceramic out of it. There are loads of other ceramics I found but they go up to the £400 to £500 (getting on for 1000 dollars) for similar size lengths.
Hi Phil, I wonder if a group of us got together and bought a larger quantity if the price would go down, stronger buying power, just a thought, Jeff.
i wonder if you could use something like hdpe the sort of stuff used for cutting boards as you can buy it in all kinds of shapes and sizes and then machine it to the shape and size that you need or you could try some types of rtv compound this realy works well i have used it for lots of high voltage projects and it will mold realy well too and i have found a good release agent for it hope this helps peter



Enrg4life

RE: Stanley Meyer's injector material
« Reply #8, on January 7th, 2014, 05:36 AM »
Did Stan actually get those injectors working or was it still a work in progress? If they were working was he injecting Mono atomic H at the combustion chamber and also introducing regular H2 into the vacuum stream of the engine?

seamus

RE: Stanley Meyer's injector material
« Reply #9, on January 8th, 2014, 10:48 AM »
Quote from Enrg4life on January 7th, 2014, 05:36 AM
Did Stan actually get those injectors working or was it still a work in progress? If they were working was he injecting Mono atomic H at the combustion chamber and also introducing regular H2 into the vacuum stream of the engine?
evidence seems to show us that he did indeed get the injectors working as there is detailed information on all the different stages of the development of the injectors in progression just look at the information and the videos and all will be seen this is what i have been working with as there is a lot of miss information on the net i used the videos and the patent information to put a lot of this together and i have  an injector replicated on a 3d printer that is pretty close to the original one and now i will be looking to get the real thing made using the 3d one as a guide along with the drawings that i have made once this is done i will open source all of it for all to see.