NSK KFL005 Flange Bearing Unit – 25mm Bore
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The NSK KFL005 Flange Bearing Unit is a high-performance mounted bearing assembly engineered for smooth shaft rotation, stable support, and long-lasting industrial reliability. Manufactured by NSK, a globally recognised Japanese bearing manufacturer, this flange bearing unit is ideal for conveyors, CNC machinery, agricultural equipment, automation systems, and general engineering applications.
Featuring a compact two-bolt flange housing with a precision self-aligning insert bearing, the KFL005 provides reliable shaft support while compensating for minor shaft misalignment. The integrated grub screw locking system ensures secure shaft mounting and simple installation.
Designed to suit 25mm shafts, this bearing unit offers smooth, low-noise operation and dependable performance in light to medium-duty applications.
Features
- Genuine NSK quality bearing unit
- Compact 2-bolt flange design
- Precision self-aligning insert bearing
- Suitable for 25mm shaft applications
- Smooth and quiet operation
- Durable cast housing construction
- Easy bolt-on installation
- Secure grub screw shaft locking
- Long service life and reliable performance
Product Specifications
| Specification | Details |
|---|---|
| Brand | NSK |
| Model | KFL005 |
| Bearing Type | Flange Bearing Unit |
| Shaft Size | 25mm |
| Mounting Type | 2-Bolt Flange |
| Housing Material | Cast Alloy / Cast Iron |
| Locking Method | Grub Screw |
| Bearing Style | Self-aligning Insert Bearing |
| Condition | Brand New |
Applications
Suitable for:
- Conveyor systems
- CNC machinery
- Packaging equipment
- Roller systems
- Agricultural machinery
- Automation equipment
- DIY engineering projects
- Industrial shaft support systems
Package Includes
- 1 × NSK KFL005 Flange Bearing Unit
Important Notes
- Please confirm shaft diameter before purchase.
- Proper shaft alignment is recommended for maximum bearing life.
- Suitable for light to medium-duty applications.
- Lubrication maintenance may be required depending on operating conditions.
