- Chevron SRI-2 grease contains rust and oxidation inhibitors (-29 degrees Celsius - 177 degrees Celsius)
- All Balls high-speed bearings are manufactured to ABEC 3 precision levels
- Triple lip rubber seals keep the grease in and the water and dirt out
- Double lip type TC seals with stainless steel garter springs
The All Balls Racing Kawasaki KX250F Front Wheel Bearing Kit (Part #25-1482) is designed to ensure smooth and reliable wheel performance for your powersports vehicle. This kit includes high-quality bearings manufactured to ABEC 3 precision standards, providing excellent durability and rotational efficiency. The bearings are constructed with triple lip rubber seals that effectively keep grease in while preventing water, dirt, and debris from entering, extending the lifespan of your wheel assembly. Additionally, double lip type TC seals with stainless steel garter springs enhance sealing performance, making this kit suitable for demanding riding conditions. The grease contained within the bearings, Chevron SRI-2, features rust and oxidation inhibitors, operating effectively within temperatures ranging from -29°C to 177°C (-20°F to 350°F), ensuring consistent lubrication and protection under various operating environments. Installation of this kit restores your front wheel’s smooth rotation, contributes to better handling, and helps maintain optimal suspension and steering response. Whether you're performing routine maintenance or repairing damage from rough terrain, this front wheel bearing kit is an essential component for keeping your Kawasaki KX250F running at peak performance.
Features:
- High-performance bearings manufactured to ABEC 3 precision standards for smooth operation
- Includes Chevron SRI-2 grease with rust and oxidation inhibitors for long-lasting lubrication
- Triple lip rubber seals prevent water and dirt ingress to protect bearings
- Double lip TC seals with stainless steel garter springs enhance sealing integrity
- Designed specifically for Kawasaki KX250F front wheel assembly to restore optimal performance
US Dollars
