KIT FEATURES:
* All kits sold with valve, spring, retainer, seat to do complete replacement of either intake or exhaust side
* All components are manufactured under ISO 9001 certified factories
* Nitride coated components to improve heat transer and carbon buildup for increased valve train life
VALVE FEATURES:
* Forged one-piece construction to help with weight reduction and improved flow
* Performance valves receive a swirl polish, smooth stem treatment, and are made of 21-2n/suh35ht stainless steel
SPRING FEATURES:
* Springs are made of swosc-v material (oil-tempered steel wire)
* Some springs fearture a progressive style design with more coils on one end of the spring
* Progressive springs are heavier on one end and should always be installed towards the bottom
* Non-progressive springs are paint marked and should be installed towards the top
SEATS:
* Made from 4041 steel (select applications use 707546 aluminum)
* Designed to work with psychic stainless steel valves and springs
Upgrade your vehicle*s performance with the Psychic Products XU-09526IK Psychic Intake Valve Kit. Engineered for optimal airflow and enhanced engine efficiency, this kit is perfect for automotive enthusiasts looking to boost their power and responsiveness. The Psychic Intake Valve Kit features a robust construction designed to withstand high performance demands, ensuring long-lasting durability and reliability.
Installation is straightforward, allowing you to quickly get back on the road and experience the improved throttle response. With its precision design, the Psychic Intake Valve Kit not only enhances performance but also contributes to better fuel efficiency, helping you save on gas while enjoying a more powerful drive. Whether you*re racing on the track or cruising on the highway, this kit is a fantastic investment in your vehicle's performance.
Features:
* Enhanced airflow for improved engine performance
* Durable construction for long-lasting reliability
* Easy installation for quick upgrades
* Contributes to better fuel efficiency
* Precision design for optimal throttle response
