
Because of this angled section of the lip, I am not able to properly seat the hub centric rings needed to run my aftermarket wheels. Are there any rings on the market that will mate up with the angle of these spacers?
As stated above, I can't remove the spacers, so that solution is out!
If I put everything together like normal and bolt the wheels down, the rings (plastic) will stretch over the angled part as the wheel is screwed tighter, but I'm sure this will cause them to break at some point... or will it?
Suggestions anyone???
UPDATED 3/11/10
When we left off, It was determined that in order to make my hub rings work with these spacers, I was going to have to do a little bit of Dremeling. My initial thought was to Dremel out the inside of the hub ring at an angle in order for it to slide over the spacer taper.
Upon closer inspection, I came up with an easier solution. I decided to trim off the outside lip of the hubring. This lip is used to keep the hub ring from sinking into the wheel bore. It is at a slight angle and seats itself flush with the inside hub face of the wheel once installed.
Here is a pic of the original hub ring. Notice the small lip around the outside edge.

I actually didn't even use the Dremel or any other tools to trim the lip, but rather pressure! I installed the rings on the spacer lips just as you normally would do and mounted the wheel. As I began to tighten the lugs, the compression between the wheel and the spacer scored a nice clean line around the entire ring. I tightened the wheels all the way down, then loosened them up and tightened them again. Basically using the mating points of the spacer taper and wheel hub to snap off the obstructing plastic lip. It's hard to explain how this works, but you can see how cleanly it broke the lip off.


The flat portion of the spacer lip extends enough to accommodate the entire depth of the hub ring. The ring is fully supported on the spacer lip even though it is not able to be pushed back (over the taper) to the vertical face of the spacer. Now that the plastic lip has been removed from the ring, the wheel is able to freely slide over the hub ring AND spacer taper and mate up flush with the spacer face, just as it normally would. ( NOTE: The center bore for my aftermarket wheels is 66.06 which was big enough to accept the width of the spacer taper. If you have a smaller center bore, this might not work for you.)
Basically, by removing this piece of the hub ring it allows the ring to fit fully inside the wheel hub instead of being stopped at the hub face. We have changed the positioning where the hub ring sits (in terms of how deep it goes into the wheel hub) but that hasn't altered it's function at all.
This was a much easier solution than trying to Dremel out the inside of the hub ring to accommodate the spacer taper.
Wheels have been test fit and everything is seated properly and ready to go! Thank you everyone who contributed to this thread and helped me to find an easy solution to this problem! Hopefully this can help others who might run into this problem!
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