Nissan e-NV200
/
Nissan Kicks e-Power
/
Nissan Leaf 2013-2017
/
Nissan Leaf 2018-2025
/
Nissan Note e-Power
/
Nissan Serena e-Power
/
Drive Unit Rotor Ceramic Bearing Kit
Skip to product information
Drive Unit Rotor Ceramic Bearing Kit
✓ Nissan Leaf ZE1, 2017-2022
✓ Nissan Leaf AZE0, 2013-2017
✓ Nissan e-NV200, 2014-2017
✓ Nissan Note e-POWER (E12,E13) 2016-2023
✓ Nissan Serena e-POWER, 2018-2022
✓ Nissan Kicks e-POWER, 2020-2023
✓ Nissan X-Trail e-POWER, 2022-
✓ Nissan Qashqai e-POWER, 2022-
✓ Nissan Leaf AZE0, 2013-2017
✓ Nissan e-NV200, 2014-2017
✓ Nissan Note e-POWER (E12,E13) 2016-2023
✓ Nissan Serena e-POWER, 2018-2022
✓ Nissan Kicks e-POWER, 2020-2023
✓ Nissan X-Trail e-POWER, 2022-
✓ Nissan Qashqai e-POWER, 2022-
Sale price
€249,00
Regular price
€299,00
Tax included
In Stock - Sent in 48 h
SKU:
REPAIR-NISSAN-SKF
Insured Worldwide FedEx Shipping
Shipping cost is shown before payment
100% Fit or Free Exchange
Guaranteed compatibility with your vehicle
Expert Support via Chat or Email
Dedicated technical specialist ready to assist you.
These hybrid ceramic single row deep groove ball bearings feature seals on both sides, bearing steel rings, and bearing-grade silicon nitride rolling elements, making them electrically insulating.
The integral sealing keeps lubricant inside and prevents contaminants from entering, significantly prolonging bearing service life.
The ceramic rolling elements provide protection from electric current damage and, compared to same-sized steel bearings, offer:
-
Enhanced bearing performance
-
Extended service life
-
Higher speed capability
-
High wear resistance
-
Increased bearing stiffness
-
Reduced risk of smearing and false brinelling
-
Lower sensitivity to temperature gradients
These features make the bearings especially suited for use in difficult conditions and contaminated environments, while retaining the typical benefits of single row deep groove ball bearings.
Key Advantages:
-
Protected against electric current damage
-
Integral sealing prolongs bearing service life
-
Reliable in harsh or contaminated environments