Full-Bearing vs Half-Bearing: Understanding the Differences and Choosing the Right One for Your Application

Full-bearing refers to a type of bearing that has a full complement of balls or rollers, meaning that the bearing has the maximum number of rolling elements that can fit within its ring dimensions. This design provides the highest load capacity and stability for the bearing, making it suitable for applications with high radial and axial loads.

In contrast, a half-bearing has fewer rolling elements than its full-bearing counterpart, which can lead to reduced load capacity and increased wear on the bearing. However, half-bearings are often used in applications where space is limited or where the load requirements are not as demanding.

It's worth noting that while full-bearings offer superior performance and load capacity, they also tend to be larger and more expensive than half-bearings. Therefore, the choice between a full-bearing and a half-bearing will depend on the specific application requirements and constraints.