Valvetrain

Shims "average" 47.0 compared to the 46.0 maximum on the Apparent Rockwell Hardness "C" scale For shim-adjusted vehicles

Shims "average" 47.0 compared to the 46.0 maximum on the Apparent Rockwell Hardness "C" scale For shim-adjusted vehicles

Shims "average" 47.0 compared to the 46.0 maximum on the Apparent Rockwell Hardness "C" scale For shim-adjusted vehicles

Shims "average" 47.0 compared to the 46.0 maximum on the Apparent Rockwell Hardness "C" scale For shim-adjusted vehicles

Designed using Finite Element Analysis (F.E.A.) software, and profiles are tested on a computerized flow bench A 360° anode is used to produce the highest possible grade of hard chrome finish Light, strong, one piece forgings with profiles that...

Designed using Finite Element Analysis (F.E.A.) software, and profiles are tested on a computerized flow bench A 360° anode is used to produce the highest possible grade of hard chrome finish Light, strong, one piece forgings with profiles that...

Designed using Finite Element Analysis (F.E.A.) software, and profiles are tested on a computerized flow bench A 360° anode is used to produce the highest possible grade of hard chrome finish Light, strong, one piece forgings with profiles that...

Designed using Finite Element Analysis (F.E.A.) software, and profiles are tested on a computerized flow bench A 360° anode is used to produce the highest possible grade of hard chrome finish Light, strong, one piece forgings with profiles that...

Designed using Finite Element Analysis (F.E.A.) software, and profiles are tested on a computerized flow bench A 360° anode is used to produce the highest possible grade of hard chrome finish Light, strong, one piece forgings with profiles that...

One-piece stainless-steel, stellite-tipped valve is fortified by a special nitrided process with .002" depth and .0002" surface buildup to improve wear properties and reduce friction This process provides resistance to corrosion; wears...

Copper-based material designed specifically for use with titanium valves in high performance applications Give the seat excellent thermal characteristics as well as resistance to corrosion and wear These seats are the result of a two year KPMI...

Copper-based material designed specifically for use with titanium valves in high performance applications Give the seat excellent thermal characteristics as well as resistance to corrosion and wear These seats are the result of a two year KPMI...