TFS 220 flow #
Lift Value Intake Flow CFM Exhaust Flow CFM
0.100" 67 47
0.200" 133 104
0.300" 211 167
0.400" 261 202
0.500" 292 222
0.550" 299 229
0.600" 305 233
Tests conducted at 28" of water (pressure);
CNC profiled chambers; exhaust with 17⁄8" pipe.
You can run the 235cc program through it but you will have to change valves.
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Pretend this is the extreme scenario...the bottom half of the intake port is blocked off by the head (in my case was around .20" actually)...so now your surface area of your intake port is cut in half or 50%...not matter how much epoxy you put in the intake port to fill that huge transition or wall that is created by head you will still have only 50% effective intake port volume...so epoxy will not help much...
the only way to gain that 100% port volume back is to re align the intake by bushing it up or whatever direction is needed so alignment is correct...so focus your attention on that...
remember it is okay if the intake port is bigger than the head port, but not the other way around...so if your intake is larger in all directions to your head you will not gain much of anything from epoxying the transition...






