Plain bearings - igus Blog - Page 3 Plain bearings - igus Blog - Page 3

Tag: Plain bearings

My plain bearing has too much/too little clearance or dimensional deviation

Lars Butenschön | 9. July 2019

The adequate bearing clearance is set automatically in the case of iglidur plain bearings – unless agreed otherwise, – for example  example, for customised special products that are made – after being press-fitted. This clearance results from the tolerance of the plain bearing (E10, F10 or D11, depending on the material) and the tolerance of the […]

Read more...

Are there antibacterial iglidur materials?

Lars Butenschön | 9. July 2019

Thanks to its special composition, iglidur AB has an antibacterial effect on the surface of the plain bearing and is therefore especially suitable for use in furniture and equipment in clinics and hospitals, in medical technology in general or in the food area. Vote Up +0 Vote Down -0You already voted!

Read more...

Can I machine iglidur plain bearings?

Lars Butenschön | 9. July 2019

Plastic is easy to process and machine. Simple, conventional devices and machines as used for woodworking and metalworking are usually sufficient for machining purposes. In addition, iglidur plain bearings have a homogeneous structure. This means that you do not have to worry about roughened-up gliding layers or damaged carrier surfaces. In many cases, a changed surface […]

Read more...

What tolerances are recommended for iglidur plain bearings?

Lars Butenschön | 9. July 2019

The tolerance of the shaft should be h9, the tolerance of the housing hole should be H7. After the bearing is press-fitted, the inner diameter of the plain bearing adjusts itself to E10 (or F10 or D11, depending on the material). The resulting clearance is needed for the compensation of moisture absorption and thermal expansion, […]

Read more...

Are there antistatic, electrically conductive or surge-arresting plain bearings?

Lars Butenschön | 9. July 2019

Yes. There are iglidur materials that are electrically conductive and therefore suitable for antistatic requirements (ESD area). Find out more about this in our blog article. Vote Up +1 Vote Down -0You already voted!

Read more...