Needle Roller Bearing Manufacturer
As one of the leading Needle Roller Bearing Manufacturers, Suppliers, and Traders in Ahmedabad and Gujarat, Shubh Traders delivers premium-quality bearings trusted across industrial and automotive sectors. Our Needle Roller Bearings are known for high durability, precise construction, and smooth operation. Whether for high-speed mechanisms or heavy-duty applications, we supply reliable solutions that ensure efficiency and long service life — making us a preferred Needle Roller Bearing Supplier in Ahmedabad and Gujarat.
Needle Roller Bearings are precision-engineered components designed to handle heavy radial loads within compact assemblies. Built with long, cylindrical rollers of small diameter, they provide exceptional stiffness, low friction, and efficient load distribution. These bearings are widely used in automotive transmissions, gearboxes, and two-wheeler engines where space is limited but performance is critical.

Product Specification
|
Bearing Type |
Needle Roller |
| Material |
Alloy Steel |
|
Size Range |
5 mm – 100 mm bore |
| Precision Grade |
P0–P6 |
|
Operating Temp |
120 °C |
| Usage |
Automotive, Gearboxes |
|
Standards |
ISO Certified |
| Features |
High load, compact design |
Features
- Small cross-section for compact use
- High load-carrying capacity
- Efficient load distribution
- High stiffness with precision
- Available in various cage designs
- Suitable for oscillating applications
Benefits
- Saves space in machinery design
- Reliable under continuous heavy load
- Cost-effective replacement option
- Ensures smooth and rigid performance
- Long service life under stress
- Improves gearbox durability
FAQs
In automotive transmissions, motorcycles, and gearboxes.
Yes, they are primarily designed for high radial loads.
Yes, they have a small cross-section while maintaining high capacity.
Yes, they require proper lubrication to reduce wear.
Yes, they are commonly used in two-wheeler engines and gear systems.
Automotive, aerospace, and heavy machinery industries.




