KB Pistons

KB Pistons KB297.STD - Cast Pistons Shovel 80ci 8.3:1 Std

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB288.040 - Cast Pistons Shovel 80ci 7.2:1 .040

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB288.030 - Cast Pistons Shovel 80ci 7.2:1 .030

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB288.020 - Cast Pistons Shovel 80ci 7.2:1 .020

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB288.010 - Cast Pistons Shovel 80ci 7.2:1 .010

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB288.005 - Cast Pistons Shovel 80ci 7.2:1 .005

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB288.STD - Cast Pistons Shovel 80ci 7.2:1 Std

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.070 - Cast Pistons Pan Shovel 74ci .070

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.060 - Cast Pistons Pan Shovel 74ci .060

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.050 - Cast Pistons Pan Shovel 74ci .050

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.040 - Cast Pistons Pan Shovel 74ci .040

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.030 - Cast Pistons Pan Shovel 74ci .030

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.020 - Cast Pistons Pan Shovel 74ci .020

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.010 - Cast Pistons Pan Shovel 74ci .010

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.005 - Cast Pistons Pan Shovel 74ci .005

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB263.STD - Cast Pistons Pan Shovel 74ci Std

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB266.040 - Cast Pistons Evo 80ci 10.5:1 .040

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB266.030 - Cast Pistons Evo 80ci 10.5:1 .030

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB266.020 - Cast Pistons Evo 80ci 10.5:1 .020

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB266.010 - Cast Pistons Evo 80ci 10.5:1 .010

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB266.005 - Cast Pistons Evo 80ci 10.5:1 .005

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB266.STD - Cast Pistons Evo 80ci 10.5:1 Std

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB305.040 - Cast Pistons Evo 80ci 9.6:1 .040

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...

KB Pistons KB305.030 - Cast Pistons Evo 80ci 9.6:1 .030

KB Hypereutectic alloy pistons are cast with a 16% high silicon content that has very high thermal barrier properties along with a low thermal expansion rate, allowing tight piston to cylinder wall...