Pro Copper Head Gasket - 4.320" Bore, .043" Thick Product Option:Pro Copper Head Gasket - 4.320" Bore, .043" Thick 60 Micron Filter Without Bypass

60 Micron Filter Without Bypass OIL/FUEL FILTER 60 MICRON -10 Peterson's 400 series filters provide the best filtering available for fuel or oil

Dual 30cc accelerator pumps provide the perfect amount of fuel from idle to full throttle Fuel bowls provide 20% more fuel capacity while controlling slosh with internal baffling Clear sight windows on both sides of bowls for easy and safe fuel level adjustments Built in drain plug in front center of bowl provides easy access to empty contents of bowl 8AN (o-ringed) inlet threads offer a large variety of plumbing options and can be plumbed from either side 4 corner idle allows you to precisely control your idle system Mechanical Secondaries for perfect off the line launches Elongated (dual pattern) mounting holes allow fitment on intakes with square flange (Holley 4150™ style) or large flange (Holley Dominator® style) Knurled (hand adjustable) primary and secondary curb idle screws allow for easy idle adjustment without the use of tools Primary throttle shaft capped to prevent entry of debris & contaminates Factory machined accessory mounting hole for easy addition of adjustable primary throttle stop

3 x -16AN Male

All other parts stainless steel Stainless end stops prevent lateral movement Cool satin finish

7/16" Stud 4800-8 CO4800-8 Suit S/B Chevy GUIDE PLATES

Pro Copper Head Gasket - 4.320" Bore, .043" Thick Product Option:Pro Copper Head Gasket - 4.320" Bore, .043" Thick 60 Micron Filter Without BypassPro Copper Head Gaskets Not all solid copper gaskets are created equal. SCE uses premium 99% pure copper sheets rolled to our specifications (choice of 12 different thicknesses) and tested for uniform flatness to assure precise cylinder head to block alignment and eliminate uneven loading. After processing, each gasket is annealed to ensure optimum mating and provide measurable gains in cylinder sealing, as evidenced by lower leak down percentages. O