





2006-2019 Duramax Transmission Cooler Bar And Plate (124062106)
Description
Fits
| Year | Make | Engine |
| 2006-2019 | GM |
6.6L Duramax w/Allison 1000/2000 Series Trans |
Heat is the greatest cause of death for transmissions as it breaks down the fluid properties and can cause damage as great as needing to replace the transmission itself. Avoid this by fitting PPE's Bar and plate style transmission cooler. Within each repeating section, the internal alternating square pattern (bars) slows the high-temperature fluid which creates a greater transfer of heat radiated through the thin sheet (plate) and cooled by the louvred aluminum fins. This dedication to design quality and ingenuity is one of the reasons we're happy to offer PPE products!
Part Number: 124062106
Features
- Greater cooling capacity for stock or modified transmissions
- Direct bolt-in replacement
- Bar and Plate Style Cooling Layout
- Lifetime Limited Warranty
- The increased surface area provides 60% more heat rejection
Original: $256.71
-65%$256.71
$89.85Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Description
Fits
| Year | Make | Engine |
| 2006-2019 | GM |
6.6L Duramax w/Allison 1000/2000 Series Trans |
Heat is the greatest cause of death for transmissions as it breaks down the fluid properties and can cause damage as great as needing to replace the transmission itself. Avoid this by fitting PPE's Bar and plate style transmission cooler. Within each repeating section, the internal alternating square pattern (bars) slows the high-temperature fluid which creates a greater transfer of heat radiated through the thin sheet (plate) and cooled by the louvred aluminum fins. This dedication to design quality and ingenuity is one of the reasons we're happy to offer PPE products!
Part Number: 124062106
Features
- Greater cooling capacity for stock or modified transmissions
- Direct bolt-in replacement
- Bar and Plate Style Cooling Layout
- Lifetime Limited Warranty
- The increased surface area provides 60% more heat rejection
















