Our premium Spherical Roller Bearings are engineered for high-performance industrial applications, featuring a drum-shaped roller design assembled between an inner ring with two raceways and an outer ring with a spherical raceway. This unique geometry ensures a self-aligning function, allowing the bearing to maintain smooth rotation even when the shaft or housing is subjected to bending or misalignment, significantly reducing mechanical stress on the system.
Designed to handle extreme operating conditions, these bearings are optimized for heavy radial loads and bidirectional axial loads. With versatile mounting options including tapered bores for direct installation or the use of locking sleeves, they provide unparalleled stability and longevity for machinery requiring robust anti-impact capacity and high-load durability in low to medium speed rotations.
Detailed Parameters
| Bearing Type | Spherical Roller Bearings | Alignment Range | 0.5 to 2 degrees |
|---|---|---|---|
| Load Capacity | Heavy Radial & Bidirectional Axial | Bore Type | Cylindrical or Tapered (1:12) |
| Cage Material | Steel Plate, Polyamide, Copper Alloy | Lubrication | Grease/Oil (Optional W33 Groove) |
| Primary Function | Automatic Self-Alignment | Operating Speed | Optimized for Low to Medium Speed |
| Installation | Direct, Locking Sleeve, or Adapter Sleeve | Radial Clearance | Adjustable via Tapered Bore |
Key Advantages
Self-Aligning Capability
Automatically adjusts to shaft bending or misalignment, eliminating uneven load distribution.
Heavy Load Support
Engineered to withstand massive radial loads and impact loads in demanding environments.
High Versatility
Available with various cage materials (Steel, Polyamide, Copper) to suit specific industry needs.
Flexible Mounting
K-type tapered bores allow for precise radial clearance regulation during installation.
Enhanced Lubrication
W33 suffix options provide dedicated lubrication grooves and holes for optimal heat dissipation.
Impact Resistance
Superior anti-impact capacity ensures operational stability under harsh mechanical shocks.
Product Gallery
Management Platforms
Precision Quality Control
Strict adherence to dimensional tolerances for perfect fitment and performance.
Custom Engineering
Tailored bearing modifications based on specific customer load and speed requirements.
Rapid Logistics
Streamlined supply chain management for fast global delivery of critical parts.
Material Certification
Full traceability of high-grade steel used in inner and outer ring fabrication.
Inventory Optimization
Comprehensive stock of standard and specialty sizes to minimize lead times.
Technical Support
Expert guidance on mounting, lubrication, and clearance adjustment.
Investment Return Comparison
| Feature | Standard Bearings | Our Spherical Bearings |
|---|---|---|
| Misalignment Tolerance | Low/None | High (0.5° - 2°) |
| Load Handling | Moderate Radial | Extreme Radial & Axial |
| Maintenance Frequency | High (due to wear) | Low (self-adjusting) |
| Installation Flexibility | Fixed Bore Only | Tapered & Cylindrical |
| Operational Lifespan | Standard | Extended under heavy loads |
Frequently Asked Questions
The primary advantage is the self-aligning capability. While cylindrical bearings require perfect alignment, spherical roller bearings can automatically compensate for shaft misalignment or bending without increasing internal stress.
They are designed to support heavy radial loads and some axial loads in both directions. However, they are unsuitable for carrying pure axial loads alone.
The W33 suffix indicates that the outer ring is equipped with a lubrication groove and three lubrication holes, facilitating easier re-greasing and better lubricant distribution.
Because K-type bearings have a tapered bore (1:12), the radial clearance can be regulated by adjusting how far the bearing is driven onto the tapered shaft or adapter sleeve.
Steel plate stamped cages generally offer the best durability and strength for high-impact and heavy-load industrial applications.
They are primarily designed for high load capacity and are most efficient in low to medium speed rotations. For very high speeds, other bearing types may be more appropriate.
English 
Afrikaans 
Albanian 
Amharic 
Arabic 
Armenian 
Azerbaijani 
Basque 
Belarusian 
Bengali 
Bosnian 
Bulgarian 
Catalan 
Cebuano 
Corsican 
Croatian 
Czech 
Danish 
Dutch 
Esperanto 
Estonian 
Finnish 
French 
Frisian 
Galician 
Georgian 
German 
Greek 
Gujarati 
Haitian Creole 
Hausa 
Hawaiian 
Hebrew 
Hindi 
Miao 
Hungarian 
Icelandic 
Igbo 
Indonesian 
Irish 
Italian 
Japanese 
Javanese 
Kannada 
Kazakh 
Khmer 
Rwandese 
Korean 
Kurdish 
Kyrgyz 
Lao 
Latin 
Latvian 
Lithuanian 
Luxembourgish 
Macedonian 
Malgashi 
Malay 
Malayalam 
Maltese 
Maori 
Marathi 
Mongolian 
Myanmar 
Nepali 
Norwegian 
Norwegian 
Occitan 
Pashto 
Persian 
Polish 
Portuguese 
Punjabi 
Romanian 
Russian 
Samoan 
Scottish Gaelic 
Serbian 
Sesotho 
Shona 
Sindhi 
Sinhala 
Slovak 
Slovenian 
Somali 
Spanish 
Sundanese 
Swahili 
Swedish 
Tagalog 
Tajik 
Tamil 
Tatar 
Telugu 
Thai 
Turkish 
Turkmen 
Ukrainian 
Urdu 
Uighur 
Uzbek 
Vietnamese 
Welsh 
Bantu 
Yiddish 
Yoruba 
Zulu