Fel-Pro 36152 Engine Water Pump Gasket

Engine Water Pump Gasket Overview

Fel-Pro 36152 is a premium engine water pump gasket built for sealing repairs where the mating surfaces are not perfect. It uses proprietary gasket materials and a black 3.3 thickness profile to help deliver a dependable seal in real-world service conditions.

Compatible With Subaru Crosstrek and Subaru Impreza applications, this gasket is a direct sealing component for cooling system service. The Fel-Pro 36152 part number is also useful when matching the correct replacement during repair work.

Key Features

• Premium-grade gasket for engine water pump sealing
• Black gasket material with a 3.3 thickness specification
• Engineered for imperfect sealing surfaces
• Proprietary material construction for repair-focused sealing performance
• Fits Subaru cooling system service applications

Detailed Description

Fel-Pro 36152 is designed for technicians and DIY repairs that require a reliable water pump seal in demanding conditions. Fel-Pro gaskets are developed for the repair environment, where surface finish, age, and wear can make sealing more difficult. This gasket is intended to help restore sealing integrity on Subaru Crosstrek and Subaru Impreza models covered by the listed fitment, while supporting consistent cooling system service. The Fel-Pro 36152 part number should be verified against the application before installation.

What It Helps Solve

• Coolant seepage at the water pump sealing surface
• Leaks caused by minor surface imperfections
• Sealing issues during water pump replacement service
• Repeat repairs from an unreliable gasket seal

Installation Notes and Tips

Clean and inspect the mating surfaces before installation. Remove old gasket material, corrosion, and debris so the new gasket can seat properly. Confirm the application by year, make, and model before ordering, and verify the Fel-Pro 36152 part number against the original component.

Quality Assurance

Fel-Pro focuses on repair-grade sealing solutions and uses proprietary materials to address challenging sealing conditions. This approach supports dependable sealing performance in service applications where the surfaces are not ideal.