2 PCS VGT Turbo Coolant Line Banjo Connector Screw,Water Inlet Tube Bolt with Sealing Washers Compatible with 2007.5-2023 Dodge Cummins 6.7L 2500 3500 4500 5500 68014997AA 68005451AA

2 PCS VGT Turbo Coolant Line Banjo Connector Screw ,Water Inlet Tube Bolt with Sealing Washers Compatible with 2007.5-2023 Dodge Cummins 6.7L 2500 3500 4500 5500 68014997AA 68005451AA

• Replacement Part Number:68014997AA, 68005451AA,3963991,4940181,4944257,3912747
• Compatible with 2007-2010 Dodge Ram 2500 6 Cyl 6.7L Diesel,2007-2010 Dodge Ram 3500 6 Cyl 6.7L Diesel,2008-2010 Dodge Ram 4500 6 Cyl 6.7L Diesel,2008-2010 Dodge Ram 5500 6 Cyl 6.7L Diesel,2011-2023 Ram 2500 6 Cyl 6.7L Diesel,2011-2023 Ram 3500 6 Cyl 6.7L Diesel,2011-2020 Ram 4500 6 Cyl 6.7L Diesel,2011-2020 Ram 5500 6 Cyl 6.7L Diesel
• Package Includes: 2X Turbo Coolant Line Banjo Screw,4X Sealing Washers
• PRECISE ADAPTATION OF ORIGINAL SPECIFICATIONS： It is manufactured in strict accordance with original design and engineering standards, and the dimensions, threads and all key parameters are completely consistent with OEM parts. Ensure that it can be directly replaced and installed, perfectly compatible with your vehicle cooling system, and realize ready-to-use operation.
• RELIABLE AND DURABLE HIGH-QUALITY MATERIALS： are made of high-standard metal materials that meet the requirements of the original factory, and are subjected to precision machining and anti-corrosion treatment. It has excellent strength and durability, can withstand high temperature, pressure and chemical corrosion of coolant for a long time, and ensures safe and reliable connection.
• EASY MAINTENANCE AND PERFORMANCE RECOVERY:As a complete replacement kit (screw+sealing washers), you don't need to look for accessories separately. The installation is simple, and the aging parts can be quickly repaired or replaced only by tightening according to the recommended torque of the original factory, so as to restore the integrity and reliability of the cooling system and avoid the risk of engine overheating caused by leakage.