HKS FA20 Grommet Type Head Gasket | Subaru FA20 (23002-AT001)
HKS FA20 Grommet Type Head Gasket | Subaru FA20 (23002-AT001)
SKU:23002-AT001
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The HKS FA20 Grommet Type Head Gasket is a high-performance sealing component designed specifically for Subaru FA20 engines. Engineered to withstand the increased pressures associated with supercharging and forced induction, this gasket provides superior durability and reliable sealing under demanding conditions. Constructed with advanced materials, it ensures consistent compression and prevents leaks during high-power applications. Its grommet design enhances sealing integrity, making it an ideal upgrade for enthusiasts seeking to push their FA20-powered vehicles to higher performance levels. This gasket is built to deliver improved reliability and peace of mind in high-stress environments, supporting both daily driving and track use.
Compatible with Subaru FA20 engines from 2013 to 2020, this gasket serves as a direct replacement for the factory component. It is particularly suited for applications involving forced induction, where maintaining a secure seal is critical for optimal performance and engine longevity. The gasket installation is straightforward, designed as a bolt-on upgrade for existing engine setups. It is recommended for use in high-performance builds, turbocharged setups, or any scenario requiring enhanced sealing under increased boost pressures. The kit includes the gasket itself, ensuring a precise fit and reliable performance for demanding automotive enthusiasts.
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Overview
Overview
HKS FA20 Grommet Type Head Gasket
Subaru FA20 2013–2020
Part #: 23002-AT001
Overview
The HKS FA20 Grommet Type Head Gasket is a high-performance sealing solution designed specifically for Subaru FA20 engines, particularly in applications involving supercharging and forced induction. As enthusiasts push their FA20-powered vehicles to higher power levels, maintaining reliable sealing under increased pressure becomes critical. This upgraded gasket offers superior durability and sealing performance compared to conventional stopper-type gaskets, making it an ideal choice for high-boost setups and spirited driving.
Whether you're building a street monster or a track-ready machine, this gasket helps support your engine's increased horsepower and torque, ensuring consistent compression and preventing leaks that can compromise performance and reliability. Engineered with precision and high-quality materials, the HKS FA20 Grommet Type Head Gasket is a vital component for those seeking to maximize their engine's potential while maintaining long-term durability.
Key Features
The HKS FA20 Grommet Type Head Gasket incorporates advanced design and construction features that set it apart from standard gaskets:
- Constructed from high-strength materials capable of withstanding the elevated surface pressure generated by supercharging and high-performance tuning.
- Grommet-style design provides enhanced sealing integrity, especially under high-boost conditions, reducing the risk of gasket failure and leakage.
- Superior surface pressure distribution helps prevent buckling or deformation of the sealing surfaces, even in demanding applications.
- Engineered for compatibility with the FA20 engine, ensuring precise fitment and reliable sealing across all cylinders.
- Designed to withstand the thermal and mechanical stresses associated with forced induction, supporting sustained high-performance operation.
- Offers improved durability over conventional stopper-type gaskets, making it suitable for repeated high-boost runs and aggressive driving styles.
- Manufactured with high-quality materials that resist corrosion and degradation over time, ensuring long-term sealing performance.
- Ideal for use in supercharged or turbocharged FA20 engines where enhanced sealing is critical for maintaining compression and preventing leaks.
Construction & Design
The HKS FA20 Grommet Type Head Gasket features a robust construction utilizing premium materials designed to endure the rigors of high-performance applications. Its grommet-style design provides a more reliable seal by evenly distributing surface pressure across the cylinder head and block interface. This design minimizes the risk of gasket buckling or deformation under high-boost conditions, which is a common challenge with traditional stopper-type gaskets.
The gasket's high-strength composition ensures it maintains its integrity during thermal cycling and mechanical stresses, making it suitable for supercharged setups that operate at elevated pressures. The precise engineering and manufacturing processes employed by HKS guarantee a perfect fit for the Subaru FA20 engine, facilitating straightforward installation and long-lasting performance.
Installation & Fitment
The HKS FA20 Grommet Type Head Gasket is designed as a direct replacement for the factory gasket on Subaru FA20 engines. Installation involves removing the cylinder head and replacing the existing gasket with this upgraded component. Due to its precise engineering, no additional modifications or tuning are typically required, although it is recommended to follow proper engine assembly procedures and torque specifications.
Given its high-quality construction and exact fitment, the gasket provides a straightforward installation process for experienced technicians or enthusiasts with mechanical skills. It is essential to ensure the sealing surfaces are clean and free of debris before installation to achieve optimal sealing performance. This gasket is suitable for use in supercharged applications, high-boost setups, and other high-performance modifications.
What's Included
- Grommet-style head gasket specifically designed for Subaru FA20 engines
- Installation instructions (if provided by HKS)
Ideal For
- Subaru FA20 engine owners seeking enhanced sealing for high-boost or supercharged setups
- Performance enthusiasts aiming to prevent gasket leaks during aggressive driving
- Engine builders and tuners requiring reliable components for high-horsepower applications
- Long-term durability and consistent engine performance in demanding conditions