XDP XD3018HS X220 SERIES HEAD STUD KIT 2011-2023 FORD 6.7L POWERSTROKE

Enhance the durability and performance of your 2011-2023 6.7L Powerstroke engine with the XDP X220 Series Head Stud Kit XD3018HS. Designed as a superior replacement to the OEM head bolts, this kit is essential for those seeking to elevate their Super Duty's power and torque capabilities.

Boasting a construction of 8740 Chrome Moly with a unique proprietary element, these head studs are engineered to resist stretching, a common issue with stock bolts. Moreover, the threads are precision-rolled post heat-treatment to ensure optimal fatigue strength, providing a reliable foundation under high combustion pressures.

With an impressive yield strength of over 210,000 psi and tensile strength exceeding 220,000 psi, these studs offer exceptional hold and stability for your cylinder heads. Not only do they deliver superior strength, but they also enable more precise torque readings compared to traditional bolts, thanks to the consistent vertical clamping force they provide.

The benefits of using head studs extend beyond strength and precision. They facilitate easier engine assembly, promote proper cylinder head alignment, and offer reusability, unlike the OEM Torque-To-Yield bolts requiring replacement after each use. Additionally, the XDP X220 Series Head Stud Kit is meticulously manufactured in an ISO/TS 16949 quality control facility to ensure top-notch performance and longevity.

Included in the kit are 12-point nuts and washers for added convenience during installation. For a comprehensive fastening solution, consider complementing this kit with XDP Thread Cleaning Chasers (sold separately) like the XD40125TC and XD40128TC. These chasers are instrumental in ensuring thorough thread cleaning in the engine block, enabling accurate torque readings and instilling confidence in your engine build or head gasket repair process. Elevate your Powerstroke's potential with the XDP X220 Series Head Stud Kit and achieve uncompromised performance under demanding conditions.