1948 hp :)
#81
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I know its a proprietary design but would you be willing to post some pics for us guys that are very intrested, If you do not want to post them for the world to see could you pm or email them?
#83
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i think there's still alil headgasket confusion, from what im reading in this thread, you DO HAVE TO MACHINE FOR THE PYRAMID RINGS, but not other machining for the gaskets right?i think a few guys in this thread think you can jus bolt down the hgaskets without the pyramid rings, and go out and lay 25+lbs to the motors
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i think there's still alil headgasket confusion, from what im reading in this thread, you DO HAVE TO MACHINE FOR THE PYRAMID RINGS, but not other machining for the gaskets right?i think a few guys in this thread think you can jus bolt down the hgaskets without the pyramid rings, and go out and lay 25+lbs to the motors![Grin](https://ls1tech.com/forums/images/smilies/LS1Tech/gr_grin.gif)
![Grin](https://ls1tech.com/forums/images/smilies/LS1Tech/gr_grin.gif)
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I resurface the heads every 3:rd time you lift the heads. Then you have to shave them 0.1mm.
#89
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Not copper. Cooper gasket is the name of it. The loose rings are made of an material that expands with heat. You just put the rings around the cylinder bore and they fit perfect in the gasket that seals water/oil. No glue is needed..
#91
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#94
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So is there a lip on the bottom of the ring, that fits down in the bore to seal it to the block?
#95
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Lets see if this is easier to explain.
The graphite gasket is used to seal the coolant and oil passages
This gasket has a very specific dimension for the ring, if its a 4.03" bore gasket the graphite has probably a 4.13" diameter.
Now the ring is 4.03" inside, 4.13" outside (or something like that) and will sit on top of the block, with the gasket firmly holding it centered over the bore. It physically cuts into the block/head so there is no gasket which could fail sealing the combustion chamber
The graphite gasket is used to seal the coolant and oil passages
This gasket has a very specific dimension for the ring, if its a 4.03" bore gasket the graphite has probably a 4.13" diameter.
Now the ring is 4.03" inside, 4.13" outside (or something like that) and will sit on top of the block, with the gasket firmly holding it centered over the bore. It physically cuts into the block/head so there is no gasket which could fail sealing the combustion chamber
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Lets see if this is easier to explain.
The graphite gasket is used to seal the coolant and oil passages
This gasket has a very specific dimension for the ring, if its a 4.03" bore gasket the graphite has probably a 4.13" diameter.
Now the ring is 4.03" inside, 4.13" outside (or something like that) and will sit on top of the block, with the gasket firmly holding it centered over the bore. It physically cuts into the block/head so there is no gasket which could fail sealing the combustion chamber
The graphite gasket is used to seal the coolant and oil passages
This gasket has a very specific dimension for the ring, if its a 4.03" bore gasket the graphite has probably a 4.13" diameter.
Now the ring is 4.03" inside, 4.13" outside (or something like that) and will sit on top of the block, with the gasket firmly holding it centered over the bore. It physically cuts into the block/head so there is no gasket which could fail sealing the combustion chamber