plain bearing
The development of electric vehicles (BEV, PHEV, HEV) and vehicles with fuel cells (FCEV) is in vogue thanks to their low-emission use. Statutory requirements and higher energy costs are the reason why OMEs and suppliers place particular emphasis on the sustainability and lightweight of their designs when developing new products.
There are many reasons for fixing bushings in the axial direction. If excessive forces act in the axial direction or external influences have a negative effect on the press-fit of the bearings, bushings are at risk of being pushed out of the bearing point. As a result, the shaft rotates in the housing hole “without […]
In order to fix plain bearings in the receiving bore so that they are form-fitting, a collar or flange is attached on one side or, in some designs, both sides. If you use flanged bushings in your application, some design considerations will help avoid bearing damage. The housing hole The housing hole should be perpendicular […]
One of the main features of plain bearings – compared to ball or rolling bearings – is their significantly less complex design. But is that really the case? In fact, different types of plain bearings differ significantly in how they are constructed and how they work. In this blog post, you will learn all about […]
Underwater use presents some special challenges for machines in general and for bearing arrangements in particular. The main problem is obvious. The water – but also other liquids – affects the bearing points in various ways. In this blog post you will find out what these are and what you need to bear in mind […]