Description

22311-03550 Head Gasket Compatibility

22311-03550 Head Gasket Hyundai & Kia 1.4L Kappa Engine Series (G4LC Architecture)

The 22311-03550 HEAD GASKET is engineered specifically for the modern 1.4L Kappa (G4LC) powertrain. Precision-designed to handle high combustion pressures and tight engine bay temperatures in compact sedans and hatchbacks, it ensures a dependable high-pressure seal for the block and cylinder head. Browse our engine component catalog or explore our selection of Kappa engine parts to complete your 22311-03550 repair.

22311-03550: Hyundai Models

  • Accent / Verna: 2017–2023
  • Reina: 2018–2021
  • i30 / Elantra: 1.4L Regional Variants
  • Engine: G4LC 1.4L MPI
  • Build: High-Grade Head Seal

22311-03550: Kia Models

  • Soluto / Pegas: 2018–2023
  • Stonic: 2022+ (1.4L Models)
  • Ceed: 1.4L European Variants
  • Quality: Heat-Resistant Multi-Layer Material
  • Spec: Exact OE-Profile Fit

Interchangeable Part Number: 22311-03550

The 1.4L Kappa engine features variations across regional builds and model years. Please verify fitment for your 22311-03550 HEAD GASKET using your VIN.


WhatsApp Link

Note: HEAD GASKET images are for illustration. Visit our FAQ page for support.

Reviews

There are no reviews yet.

Be the first to review “22311-03550 HEAD GASKET PAPER”

Your email address will not be published. Required fields are marked *

Questions and Answers

What engine code is compatible with the 22311-03550 gasket?
The 22311-03550 HEAD GASKET is specifically designed for the Hyundai and Kia 1.4L Kappa G4LC multi-point injection engine series.
Why is it necessary to check compatibility via VIN for the 1.4L Kappa engine?
Regional specifications, emissions updates, and minor block variations across global manufacturing plants can influence head gasket thickness and port matching. Providing your chassis number via our WhatsApp link ensures exact compatibility.
What material composition is used for this cylinder head gasket?
It utilizes professional-grade, heat-resistant multi-layer materials engineered to withstand continuous thermal expansion and maintain a tight seal under high compression.

Still have questions?

Ask a question
Let's Chat