Victor Reinz 11-10525-01 Engine Intake Manifold Gasket Set - Lower

Victor Reinz Intake Manifold Gasket Set 11-10525-01

Victor Reinz 11-10525-01 is an engine intake manifold gasket set for sealing the intake system on select Hyundai and Kia applications. It is built for the demanding job of sealing fuel, air, coolant, and oil passages where the intake manifold meets the engine.

• Engine intake manifold gasket set for OE-style sealing performance
• Includes upper manifold, lower intake manifold, and related seals as required by the application
• Material selection is matched to the engine design and operating environment
• Fits 2014 Hyundai Sonata, Lower
• Fits 2014 Kia Optima, Lower

Application Details

This gasket set is engineered for select Hyundai Sonata and Kia Optima engines, including lower intake manifold service on 2014 models and broader 2011-2013 Sonata and Optima coverage listed in the fitment data. If you are replacing a leaking intake manifold gasket on a Hyundai Sonata or Kia Optima, part number 11-10525-01 provides the sealing components needed for the specified engine application. This part cross-references MAHLE MS19693 for the same application.

Common Problems This Part Addresses

• Intake manifold vacuum leaks
• Coolant seepage at the manifold sealing surface
• Oil or fuel residue around the intake interface
• Rough idle caused by intake sealing loss
• Check engine lights related to unmetered air entering the engine

Installation Notes and Tips

Clean the mating surfaces thoroughly before installation and inspect the intake manifold and cylinder head sealing faces for damage or warpage. Verify the exact engine configuration and position before ordering, since fitment includes lower and N/A positions across the listed Hyundai Sonata and Kia Optima applications. Follow the vehicle service procedure for torque sequence and recheck for leaks after startup.

Quality Assurance

Victor Reinz selects gasket materials and constructions based on the engine’s sealing requirements, including import and domestic designs as well as cast iron and aluminum engine architectures. That application-specific approach supports consistent sealing performance in demanding underhood conditions.