SKP SK626578 HVAC Heater Hose Assembly - Outlet

SKP HVAC Heater Hose Assembly for Ford F-150

Restore heater circuit flow with this SKP HVAC Heater Hose Assembly, part number SK626578. It is a direct replacement heater pipe built to match OE fit and function for the return side from the heater core on select Ford F-150 and Lincoln Mark LT applications.

Key Features

• Direct replacement HVAC heater pipe for the original hose assembly
• Built to meet or exceed OE specifications for fit and performance
• Constructed from high-quality materials for temperature resistance in climate control service
• Fits 2004-2008 Ford F-150, outlet return hose from heater core
• Fits 2006-2008 Lincoln Mark LT, outlet return hose from heater core
• Part number SK626578 for catalog and cross-reference use

Detailed Description

SKP SK626578 is an HVAC heater hose assembly made as a direct OE-style replacement for the factory heater pipe. It is engineered for the outlet return hose path from the heater core, helping maintain proper coolant circulation through the heater system on the Ford F-150 and Lincoln Mark LT. If you are replacing a worn, leaking, or heat-damaged heater pipe, this part provides a fitment-specific solution for 2004-2008 Ford F-150 and 2006-2008 Lincoln Mark LT models.

This part cross-references 626578 for the same application.

What It Helps Fix

• Coolant seepage at the heater hose assembly
• Cracked or brittle heater pipe material
• Restricted heater core return flow
• Loss of cabin heat from a damaged HVAC hose path
• Fitment issues caused by a non-OE replacement hose

Installation Notes and Tips

Confirm the outlet/return hose routing from the heater core before installation. Compare the original pipe shape, connection points, and vehicle application to SK626578 to verify correct placement on your Ford F-150 or Lincoln Mark LT. Inspect adjoining hoses, clamps, and heater core connections for wear before reassembly.

Quality Assurance

SKP manufactures this heater pipe to meet or exceed OE specifications, using materials selected to handle the temperature demands of the vehicle climate control system.