Self-Aligning Bearing K 6309 2RS TIMKEN 45x100x25

K 6309 2RS TIMKEN - sealed self-aligning ball bearing

TIMKEN K 6309 2RS for industrial bearing units

Main description - technical & B2B focused

The K 6309 2RS TIMKEN 45x100x25 is a self-aligning ball bearing designed for industrial applications where shaft misalignment and mounting inaccuracies may occur. In Poland and across Europe, this bearing is commonly searched as K 6309 2RS TIMKEN, self-aligning bearing 45x100x25, TIMKEN self-aligning ball bearing, and bearing for bearing units.

Thanks to its self-aligning design, the bearing automatically compensates angular misalignment between the shaft and the bearing housing, reducing internal stress and extending service life. The 2RS sealing on both sides protects the bearing against dust, moisture, and contamination, allowing for maintenance-free operation in many industrial environments.

The K 6309 2RS TIMKEN is widely used in industrial machinery, conveyor systems, production lines, and assemblies where the bearing operates inside a bearing housing or bearing unit. Precision manufacturing and material quality ensure high durability, stable performance, and resistance to dynamic loads, even during continuous operation.

This bearing is intended for professional B2B customers who require consistent quality, dimensional accuracy, and compatibility with standard industrial housings. The content has been intentionally created as fully unique to prevent SEO overlap with other product variants on simmering.pl.

FAQ - Frequently searched questions

Is K 6309 2RS a self-aligning bearing?
Yes, it is a self-aligning ball bearing designed to compensate shaft misalignment.

What does 2RS mean?
2RS indicates rubber seals on both sides of the bearing for protection against contaminants.

Where is K 6309 2RS TIMKEN used?
In industrial machinery, bearing units, bearing housings, conveyors, and production equipment.

Is this bearing suitable for continuous operation?
Yes, it is designed for long-term, stable industrial operation.