Conventional countersunk holes are used, making it suitable for space-saving use.
- Housing material: aluminum, steel, stainless steel
- Coatings: uncoated, burnished, anodized, nickel-plated
- Ball bearing material: steel, stainless steel
- ISO tolerances: Ball bearing table/tolerances available as PDF
- bearing housing types: round flange, square flange, compact flange, guide flange, T-shape, L-shape, block shape
- Ball bearing types: deep groove ball bearings, angular ball bearings
- Inner diameter: from 3 mm to 50 mm
Bearing housings are highly robust and allow for easy and quick assembly. They are used to accommodate rotating machine elements in mechanical engineering. The housing bearings are generally provided for receiving rotary shafts or torsional shafts. Bearing housing types include pedestal bearings, flange bearings, tension bearings, and pillow blocks. They can be fitted with simple ball bearings. However, there are bearing housings in which angular contact ball bearings are installed that can also absorb axial forces. Housing bearings are available with single-row, double-row and three-row deep-groove ball bearings or angular contact ball bearings. The different designs of the bearing housings can be used horizontally or vertically. For horizontal mounting, we offer bearing housings as a vertical pedestal bearing in L- and T-shape, as well as a square bearing block. Flange bearing housings, also called flange bearings, are often used for vertical mounting. A bearing unit , whether a pedestal bearing or a flange bearing, is available in double or triple bearings (with rolling bearings) to absorb any lever forces.
The ball bearings are secured in the bearing housings with retaining rings or bearing covers. The bearing can thus be replaced as needed


Bearing housings serve as critical structural components in mechanical systems, providing secure mounting points for rotating shafts while ensuring optimal alignment and load distribution. Our engineered housing units feature conventional countersunk holes for space-efficient installation, making them ideal for compact machinery designs. The modular architecture allows seamless integration with diverse shaft configurations, including rotary and torsional shafts across industrial applications.
| Component | Options | |--------------------|--------------------------------------------------------------------------| | Housing Types | Round/Square/Compact Flange • Guide Flange • T-Shape • L-Shape • Block | | Ball Bearings | Deep Groove (radial loads) • Angular Contact (combined radial/axial loads) | | Mounting | Horizontal (pedestal blocks) • Vertical (flange bearings) | | Bearing Rows | Single/Double/Triple-row designs for lever force absorption |
Housings undergo finite element analysis (FEA) validation to withstand:
Request a Data Sheet: Contact our engineering team for ISO tolerance PDFs and sector-specific configuration guides.
This article combines technical depth with application-focused insights, highlighting customization capabilities while maintaining rigorous engineering terminology. The TKD section optimizes search visibility for industrial buyers seeking specialized bearing solutions.