Self-aligning ball bearings are optimal for situations involving substantial loads and potential misalignment. Addressing these demands, spherical roller bearings offer a combination of high load capacity and the capability to accommodate misalignment, resulting in reduced maintenance expenses and prolonged bearing lifespan.

Cylindrical roller bearings come in various configurations, distinguished by roller rows, ring flanges, and cage materials, providing versatility. With the capability to accommodate axial displacement (excluding bearings with flanges on both inner and outer rings), they provide excellent stiffness, minimal friction, and extended durability.

Needle roller bearings feature slender cylindrical rollers, well-suited for tight spaces and heavy loads. The adjusted roller/raceway design mitigates stress concentrations, prolonging the bearing’s lifespan. Thanks to their abundance of small-diameter rollers, needle roller and cage assemblies exhibit exceptional stiffness.

Tapered roller bearings can be customized to meet specific needs regarding speed, load, temperature, and vibration. They boast low levels of friction, noise, and vibration, ensuring enhanced operational reliability even in challenging environments. Additionally, they feature a running-in period characterized by reduced temperature peaks.

Material Stainless Steel Shape Round Packaging Type Box Bearing Type Tapered Roller Bearing Usage/Application Industrial In order to furnish the variegated desires of our clients, we have brought forth an extensive consignment of NBC Taper Roller Bearings.

Self-aligning ball bearings feature dual rows of balls, an outer ring with a spherical shape, and inner ring grooves. These bearings are offered in both open and sealed variants. They are adept at minimizing noise and vibration levels, making them particularly suitable for applications such as fans.

Angular contact ball bearings are characterized by their inner and outer ring raceways being displaced along the bearing axis. This design feature enables them to effectively accommodate combined loads. The axial load capacity of angular contact ball bearings increases as the contact angles become greater

Deep groove ball bearings are widely renowned for their versatility and are commonly utilized across various applications due to their extensive adaptability. These bearings are optimized for minimal friction, ensuring low noise and vibration levels, thus facilitating high rotational speeds. Additionally, they operate at low temperatures, further enhancing their efficiency.