Industrial bearings from Miba: what we mean by “industrial hydrodynamic bearings” and what types of hydrodynamic bearings are included

At Miba, we use the term “industrial bearings” to refer to a bearing segment of the Miba Bearing Group. The division produces assembled hydrodynamic bearings for machines with rotating shafts, including turbines, compressors, expanders, pumps, generators, gearboxes, and refiners. These applications are required for energy generation, but also in the oil and gas industry and the chemical industry.

 

In addition, the term also includes hydrodynamic bearings used in industrial applications, regardless of whether they are built-in bearings. These include bushings and half-shells, for example.

 

It is therefore important to us to clearly define the term and at the same time show what types of hydrodynamic bearings we offer in the industrial environment.

Miba Industrial Bearings Branch


Our industrial hydrodynamic bearings are used wherever machine components must function reliably at high speeds or in demanding environments. In this area, Miba offers a broad portfolio of specialized types of hydrodynamic bearings.

 

Below you will find our industrial bearing solutions:

 

 

Radial tilting pad journal bearings

For rotating machines with high speeds and dynamic loads. The split design and segmented bearing surface enable optimum lubricating film formation and excellent running smoothness.

 

Tilting Pad Thrust Bearings

For absorbing high axial forces, for example in turbines or compressors. The pads adjust automatically, which minimizes wear and increases service life.

 

Combination Bearings (Thrust and Journal)

This bearing type combines radial and axial bearing functions in a compact unit. This makes it ideal for applications with combined loads and limited installation space.

 

Vertical Bearings

Specially designed for vertical installation, e.g., in pumps and turbines. They ensure reliable guidance and precise bearing support under axial and radial forces.

 

Housing Bearings


Compact, easy-to-install units with integrated hydrodynamic bearing. Bearing types are designed in accordance with DIN standard 31694, DIN standard 31693, DIN standard 31690, and customer specifications.

 

Hydro Bearings

Customized bearing solutions for applications in hydro power plants, such as Kaplan, Francis, and Pelton turbines.

 

 

Our industrial hydrodynamic bearing technology is based on decades of experience in material development, tribological optimization and customer-specific engineering - always with the aim of maximizing the operational reliability of your plant.

The right hydrodynamic bearing for every industry


Miba hydrodynamic bearings are used in a wide range of industries and applications, regardless of design (built-up bearing, half shell, or bushing). Our solutions are developed in close cooperation with OEMs, plant manufacturers, and operators and are precisely tailored to the respective operating conditions.

 

Some typical areas of application:

Energy generation, food industry and more.

In industries with extreme requirements, whether due to temperature, dirt, or weight, our hydrodynamic bearings impress with their high precision, variety of materials, and customized solutions.

 

From aviation to the food industry

Industrial gearbox

 

Hydrodynamic bearing is the optimal choice for slow to medium speeds and high loads. It dampens vibrations and reduces wear, especially in gearboxes with changing load profiles.

 

Why hydrodynamic bearings are the best choice for gearboxes

Compressors

In high-performance compressors, bearings with high wear resistance and durability are crucial. Our solutions offer maximum reliability under dynamic loads.

 

Successful use of hydrodynamic bearings in high-performance compressors

Innovations for aviation

Our bearing technology, with its clear focus on weight, service life, and safety reserves, is used in demanding applications such as engine components and auxiliary systems.


Innovative bearings in aviation

Miba as a development partner for industrial bearings

The requirements for industrial hydrodynamic bearings are as diverse as the industries in which they are used. That is why Miba does not rely on standard solutions, but on development based on partnership.

 

Our services at a glance:

  • Calculation & design

We support you with sound calculations for bearing design right from the early planning phase. The Miba Bearing Calculator allows initial designs to be carried out quickly and accurately.

 

  • Material and technology development

Whether you need specific alloys or custom coatings, we develop bearing solutions that are precisely tailored to your operating conditions.

 

  • Manufacturing & quality assurance

​​​​​​​Our manufacturing processes are designed for maximum precision, reproducibility, and quality. You benefit from our global production network.

 

  • After-Sales & support

​​​​​​​Even after start-up, we remain at your side with technical support maintenance concepts, and damage analyses.

 

How does Miba support your bearing projects from the concept phase through to after-sales service?​​​​​​​

Conclusion: Industrial hydrodynamic bearings with system expertise


At Miba, the term “industrial hydrodynamic bearings” refers not only to a clearly defined hydrodynamic bearing division, but also to a broad portfolio of solutions for industrial applications. From assembled hydrodynamic bearings to bushings and half shells, we cover a diverse spectrum that is indispensable in many industries. This allows us to clarify the terminology and at the same time demonstrate the comprehensive nature of our range of industrial hydrodynamic bearings.


Thanks to our experience in materials technology, tribological optimization, and customer-specific development, we can support you from the initial idea to series production. 


Do you need a customized hydrodynamic bearing solution for your industry? 
Then get in touch with us. Our experts will assist you in selecting, designing, and integrating your optimal hydrodynamic bearing solution.