VALVE KIT EXHAUST CRF250, PSYCHIC XU-09526EK

€ 90,24
1

VALVE KIT EXHAUST PSYCHIC XU-09526EK. This kit includes valve, spring, retainer, and seat for a complete replacement of the exhaust side. Components are manufactured under ISO 9001 certified factories and feature nitride coating to improve heat transfer and carbon build-up for increased valve train life. Valves are forged one-piece construction for weight reduction and improved flow, receiving a swirl polish, smooth stem treatment, and are made of 21-2N/SUH35HT stainless steel. Springs are made of SWOSC-V material (oil tempered steel wire), with some featuring a progressive style design with more coils on one end.

Specifications
SKU
65-K208.EX.PS
Brand
Psychic
Availability
In Stock (3)
General Product Group
Cam & Valvetrain
General Product Type
Valve & Spring Kit
Variant Id
264519
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

Psychic Exhaust Valve Kit for CRF250R

This Psychic Exhaust Valve Kit is designed for a complete replacement of the exhaust side components. It includes all necessary parts for a full service, ensuring your engine performs optimally.

Key Features:

  • Complete Kit: Each kit includes a valve, spring, retainer, and seat for a comprehensive exhaust valve replacement.
  • ISO 9001 Certified Components: All parts are manufactured in facilities adhering to strict quality control standards.
  • Nitride Coating: Components are nitride coated to enhance heat transfer and reduce carbon buildup, significantly extending valve train life.
  • Forged One-Piece Construction: The valves feature a forged one-piece design, contributing to reduced weight and improved airflow.
  • Performance Valve Treatment: Valves are finished with a swirl polish and smooth stem treatment, constructed from high-quality 21-2N/SUH35HT stainless steel for durability and performance.
  • High-Quality Springs: Springs are made from SWOSC-V oil-tempered steel wire. Some springs utilize a progressive design with varying coil density for optimized performance.