A little throttle body polishing
Not sure if this is where it goes, but just thought I would share.
Now, I do this for friends and my self, not sure if it really does anything. On the butt Dino I feel better response and smother idle.
Here are some pics
Started by cleaning it up and bit and painting it

then wire wheeled the butterfly and sand it with 120,220,320,400,600.


Now time for the inside
I do the same sanding process, but I like to curve the edges a bit.


That's all thanks for looking, and if this is in the wrong forum please move it.
Now, I do this for friends and my self, not sure if it really does anything. On the butt Dino I feel better response and smother idle.
Here are some pics
Started by cleaning it up and bit and painting it

then wire wheeled the butterfly and sand it with 120,220,320,400,600.


Now time for the inside
I do the same sanding process, but I like to curve the edges a bit.


That's all thanks for looking, and if this is in the wrong forum please move it.
Very shiny. You gain the most in throttle body flow by making the shaft and the bolt heads thinner, but normally make it to where you can't take it apart again.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by raleylund »</TD></TR><TR><TD CLASS="quote">i doubt it really does anything, but sure does look pretty... good for shows i guess.</TD></TR></TABLE>
It could be beneficial at wide open throttle, where the air flows over the (now polished) surface. The shaft the butterfly plate attaches to is a huge obstruction. I think if that could be relocated to the other side of the plate you would see part throttle response and power increase. I don't know if anybody has tried this but it makes sense
It could be beneficial at wide open throttle, where the air flows over the (now polished) surface. The shaft the butterfly plate attaches to is a huge obstruction. I think if that could be relocated to the other side of the plate you would see part throttle response and power increase. I don't know if anybody has tried this but it makes sense
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doesn't a slightly rough surface create low pressure spots on the surface which speeds up the air moving over top of it? kinda like why you don't want to polish the intake ports on a cylinder head?
i could be totally wrong on this but i thought that is what i read.
i could be totally wrong on this but i thought that is what i read.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by 91jdmhatchback »</TD></TR><TR><TD CLASS="quote">doesn't a slightly rough surface create low pressure spots on the surface which speeds up the air moving over top of it? kinda like why you don't want to polish the intake ports on a cylinder head?
i could be totally wrong on this but i thought that is what i read.
</TD></TR></TABLE>
you dont polish the intake ports on a head because fuel doesnt like to atomize on a polished surface.
i could be totally wrong on this but i thought that is what i read.
</TD></TR></TABLE>
you dont polish the intake ports on a head because fuel doesnt like to atomize on a polished surface.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by k24em2 »</TD></TR><TR><TD CLASS="quote">I wonder if anyone has every taken the time to dimple out the whole intake manifold and throttle like a golf ball</TD></TR></TABLE>
hehe
hehe
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