
5.9 Cummins Engine Parts
Cummins | 12MM Banjo Gasket
Regular price
$8.00
Sale price
$8.00
Regular price
Unit price
/per
Factory Cummins brand 12mm banjo sealing gaskets.
NOTE: Two required per banjo fitting.
12mm fitting are used on all 1998.5-2007 5.9L Cummins equipped Dodge Rams.
Price is PER sealing washer (quan...
Fleece | 1998.5-2018 Dodge Ram 5.9L / 6.7L Cummins Spring And Retainer Set
Regular price
$703.00
Sale price
$703.00
Regular price
Unit price
/per
Upgrade your Cummins valve springs and retainers with our Fleece Performance spring and retainer kit. Our springs are manufactured from “super clean” Hi-Tensile Chrome Silicon steel with a propriet...
Fleece | 1998.5-2002 Dodge Ram 5.9L Cummins VP Coolant Bypass Kit - Black
Regular price
$505.00
Sale price
$505.00
Regular price
Unit price
/per
The rear cylinders on the 5.9L / 6.7L Cummins suffer from a lack of coolant flow, and therefore, experience the highest coolant temperatures. This can cause excessive pressure to build in the cooli...
Fleece | 1998.5-2018 Dodge Ram Cummins 34.5in Common Rail / VP44 Coolant Bypass Hose (Black-Braided)
Regular price
$111.00
Sale price
$111.00
Regular price
Unit price
/per
Replacement coolant bypass house with black nylon braiding for our Common Rail/VP44 Cummins Coolant Bypass Kits.
For use with the following kits:
FPE-CLNTBYPS-CUMMINS-VP
FPE-CLNTBYPS-CUMMINS-06...
Fleece | 1998.5-2018 Dodge Ram 5.9L / 6.7L Cummins Upgraded 3 / 8in Stage 2 Pushrods
Regular price
$562.00
Sale price
$562.00
Regular price
Unit price
/per
Upgraded 3/8” diameter pushrods for Cummins 24V diesel engines. Produced from 4130 chrome molybdenum steel and heat treated to Rockwell Rc60 for outstanding strength and rigidity. These pushrods ar...
Fleece | 1994-1998 Dodge Ram 12V 5.9L Cummins Coolant Bypass Kit With Stainless Steel Braided Line
Regular price
$505.00
Sale price
$505.00
Regular price
Unit price
/per
Increased Coolant Flow, Decreased Coolant Temperatures
The rear cylinders on the 5.9/6.7L Cummins suffer from a lack of coolant flow, and therefore, experience the highest coolant temperatures. Thi...
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