Bearings
Needle Roller Bearings
Combined Bearings
NKX / NAX Series (Thrust Ball)
Quick Code: BB-534039
NX35Z SKF Needle Roller/Thrust Ball Bearing with Cover
Also Try
NKIB / NATB Series (Angular - Double Direction)
NKIA / NATA Series (Angular - Single Direction)
ZARN Series (Axial Cylindrical Roller)
ZARF Series (Axial Cylindrical Roller)
NKXR / NBX Series (Cylindrical Roller)
Buy Now
Qty:
Product Specification
Brand
SKF
Cage
Sheet steel cage
Inside Dia (Fw)
35mm
Lubrication
For grease lubrication
Material
Standard bearing steel
Operating direction
Single direction bearing
Outside Dia (D)
47mm
Temperature range
-20 to +120 °C
Tolerance class
Tolerance class P0/PN2 / ABEC 1
Version
Self-retaining
Width (C)
30mm
Reference
NX35-Z
Additional Reference:
10227048
Equivalent to:
NX35Z
Quick Order Code
BB-534039
Product Description
The NX35Z SKF Needle Roller/Thrust Ball Bearing is a precision-engineered, compact bearing solution designed for sophisticated mechanical applications requiring efficient load management in limited spaces. This innovative bearing combines a radial needle roller bearing with a full complement thrust ball bearing, enabling versatile performance in demanding industrial environments.
Key Features:
- Non-separable combined bearing design
- Single direction load capacity
- Low-profile, compact construction
- Cover with gap-type seal for grease retention
- Self-retaining version
- Suitable for grease lubrication
Technical Specifications:
- Brand: SKF
- Inside Diameter: 35mm
- Outside Diameter: 47mm
- Width: 30mm
- Cage Material: Sheet steel
- Bearing Material: Standard bearing steel
- Temperature Range: -20°C to +120°C
- Tolerance Class: P0/PN2 / ABEC 1
Typical Applications:
- Industrial machinery with space constraints
- Precision mechanical systems
- Automotive components
- Robotics and automation equipment
- Compact power transmission systems
- Small-scale rotating machinery
This versatile bearing offers an optimal solution for engineers and designers seeking a compact, high-performance bearing that can efficiently manage moderate radial and axial loads while maintaining reliability and operational efficiency in space-limited applications.
