Upgrade your exhaust manifold installation with the BLOX Racing SUS303 Stainless Steel Stud Kit. Designed for durability, this set of nine studs is crafted from high-quality SUS303 stainless steel, providing excellent corrosion resistance and strength for long-lasting performance. Each stud measures approximately 1.75 inches in length, making it suitable for a variety of automotive applications where reliable fastening is essential. The M8 x 1.25mm thread size ensures compatibility with most standard exhaust manifold components, offering a secure and stable connection.

Constructed from premium stainless steel, these studs withstand high temperatures and harsh conditions commonly experienced in performance and daily driving scenarios. The precise threading and high-grade material help prevent galling and seizing, facilitating easier installation and removal during maintenance or upgrades. Whether you're replacing worn-out studs or building a custom exhaust system, these BLOX Racing studs provide the strength and reliability needed to keep your setup secure.

Easy to install, the kit includes nine studs, allowing for comprehensive coverage of your exhaust manifold assembly. BLOX Racing is known for manufacturing quality automotive components, and this stud kit is no exception. It is a perfect choice for enthusiasts seeking a dependable solution that ensures the integrity of their exhaust system. Compatibility with a range of vehicles makes it a versatile addition to your automotive toolkit, supporting performance enhancements or routine repairs with confidence.

Features:

• Constructed from SUS303 stainless steel for corrosion resistance and durability
• Includes nine studs, ideal for a comprehensive exhaust manifold assembly
• Thread size: M8 x 1.25mm for compatibility with most exhaust components
• Stud length: approximately 1.75 inches (45mm) for versatile installation options
• High-grade material withstands extreme temperatures and harsh conditions
• Precision threading to prevent galling and facilitate installation