BLOWER STUD KIT SILVER STUDS SILVER FINISH 2.9″ OAL

Description

Maximize your engine’s reliability with blower studs designed to provide secure, long-lasting fastening for supercharger assemblies. Proper stud length and durable construction are critical to maintaining optimal pressure and alignment under extreme conditions.

The Aeroflow Blower Stud Kit features a precise 2.9-inch overall length (OAL), ensuring compatibility with a wide range of superchargers and nitrous setups. This specific length allows for optimal thread engagement and clamping force, minimizing the risk of loosening or failure during high-stress operation.

Finished in silver, these studs resist corrosion and wear, extending the service life of your engine fasteners. The finish also facilitates easier installation and removal by reducing thread galling and corrosion buildup, which saves time during maintenance or upgrades.

Each stud is engineered from high-strength materials tailored for engine applications, providing the tensile strength necessary to withstand the vibrations and thermal stresses common in forced induction systems. This reliability directly translates to enhanced engine durability and reduced downtime.

The kit’s dimensions—22.00 cm length, 18.00 cm width, and 3.00 cm height—reflect the packaging and component sizing, ensuring easy integration into existing fabrication and fastener assemblies. Weighing 0.29 kg, the kit balances strength with minimal added weight, maintaining engine efficiency without compromise.

Designed specifically for blower studs, engine fasteners, and fabrication needs, this kit supports superchargers, nitrous, and turbocharged systems. Its precise engineering guarantees consistent performance across various forced induction platforms, making it an essential component for professional engine builds and high-performance enthusiasts.

Choose Aeroflow’s Blower Stud Kit for proven durability, precise fitment, and corrosion-resistant construction. This kit delivers the dependable fastening solution required to maintain supercharger integrity and engine performance under demanding conditions.