Guangzhou Zhonglu Automobile Bearing Co., LTD
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55x90x27 MM Tapered Roller Bearings 33011 33011JR HR 33011J
Tapered Roller Bearing Specification
Tapered roller bearings consist of four basic components including: the cone (inner ring), the cup (outer ring), tapered rollers, and a cage (roller retainer). The cone, cup and rollers carry the load while the cage spaces and retains the rollers on the cone. The cone, rollers and cage components of our tapered roller bearings are referred to as the cone assembly. Individual cup and cone components of our tapered roller bearings are available as well as the complete assembly. In addition, We offers a variety of configurations to our tapered roller bearings such as single-row, double-row
Tapered Roller Bearing Product number
| TOYOTA | 90366-40016 | KOYO | 33008 JR |
| TOYOTA | 90366-40016 | KOYO | TRA 080702 |
| TOYOTA | 90366-40059 | KOYO | ST4090-N |
| TOYOTA | 90366-40064 | NACHI | 40KB681A1 |
| TOYOTA | 90366-40064 | KOYO | 33008 JR |
| TOYOTA | 90366-40077 | NSK | R 40-24SB |
| TOYOTA | 90366-40088 | KOYO | 30308 DJR |
| TOYOTA | 90366-40094 | NACHI | 40KB722 |
| TOYOTA | 90366-40094 | TIMKEN | NP014119/NP419902 |
| TOYOTA | 90366-40097 | NACHI | 40KC683 |
| TOYOTA | 90366-44001 | NACHI | 44KB721 |
| TOYOTA | 90366-45001 | KOYO | 30309DJR |
| TOYOTA | 90366-45016 | KOYO | 32211JR |
| TOYOTA | 90366-45035 | NSK | R45-33g |
| TOYOTA | 90366-48001 | KOYO | ST4890 |
| TOYOTA | 90366-48002 | KOYO | ST4870 |
| TOYOTA | 90366-50001 | NACHI | 50 KB8301 |
| TOYOTA | 90366-50007 | KOYO | TR100802-2 |
| TOYOTA | 90366-50054 | NACHI | 32010 JA1 |
| TOYOTA | 90366-50087 | KOYO | 32010JA1/50KB102 |
| TOYOTA | 90366-51001 | KOYO | ST5186LFT |
| TOYOTA | 90366-54011 | KOYO | ST5487-N |
Taper Roller Bearings Applications
Tapered roller bearings feature a cup and cone assembly. The cup is comprised of the outer ring and the cone assembly consists of inner ring, rollers, and cage. This bearing construction accommodates combined loads and provides low friction during operation. By adjusting one single row tapered roller bearing against a second tapered roller bearing and applying a preload, a rigid bearing application can be achieved.
