AF8059-1003 Aeroflow Turbo Stud Kit M8x1.25mm Pack Of 5 S/S Hex M8 X 1.25

Description

Ensure secure and precise turbocharger mounting with this premium M8 x 1.25 mm stud kit. Precision-engineered for turbo and supercharger applications, these studs provide reliable fastening that withstands extreme engine vibrations and thermal cycles.

Each stud is crafted from high-grade stainless steel, delivering exceptional corrosion resistance and durability. This material choice protects against rust and maintains structural integrity under high-temperature conditions common in forced induction environments.

• Thread Specification M8 x 1.25 mm: Matches standard turbocharger flange fittings for a perfect, interference-free installation.
• Hexagonal Head Design: Allows for easy tightening and removal using standard tools, reducing maintenance time and risk of damage.
• Set of 5 Studs: Provides a complete kit for multiple turbo setups or replacement needs, ensuring consistent performance across all connections.
• Compact Dimensions: Measuring approximately 15 cm in length, 8 cm in width, and 2 cm in height (packaged), these studs fit neatly within typical turbocharger assemblies without adding bulk.
• Lightweight Build: Total kit weight of 0.1 kg minimizes added mass, preserving engine responsiveness and efficiency.

Designed by Aeroflow, a trusted name in turbocharger components, this stud kit meets rigorous automotive standards for strength and reliability. Its compatibility with various turbo and supercharger systems ensures broad application across performance and repair projects.

This kit simplifies turbo installation and maintenance by providing dependable fastening hardware engineered specifically for high-stress environments. Investing in these precision studs means fewer issues from fastener failure and improved longevity of forced induction components.

Upgrade your turbocharger assembly with confidence, knowing these studs deliver exact fitment, corrosion resistance, and mechanical strength required for sustained high-performance operation.