iglidur® F, flange bearing, mm - FFM

Electrically conductive, highly pressure-resistant

iglidur® F, flange bearing, mm - FFM
iglidur® F, flange bearing, mm - FFM drawing
1 from 2
iglidur® F, flange bearing, mm - FFM
iglidur® F, flange bearing, mm - FFM drawing
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  • Part number: FFM-0405-04
  • Material: iglidur® F
  • Shape: Flanged bearings
  • Dimensions:
    • d1 4 mm
    • d2 5.5 mm
    • d3 9.5 mm
    • b1 4 mm
    • b2 0.75 mm
  • Adjust dimensions
  • Manufacturing method: Injection moulding
  • Service life:
Material properties:
  • Resistant to edge pressure
  • Resistant to high loads (>60N/mm²)
  • Electrically conductive
iglidur® F | Electrically conductive, highly pressure-resistant
Highest stiffness and hardness, in addition particularly conductive: when it comes to the electrical conductivity of plain bearings, i.e. especially in applications where electrostatic charging must not occur, iglidur® F is the right choice. Moreover, the iglidur® F plain bearings are extremely pressure-resistant. At room temperature, they could be statically loaded up to 105MPa.

Typical application areas

Automotive
Textile industry

Here you will find further possible applications:
Industry solutions

 
When to use it?
  • When the bearing should be electrically conductive
  • For high static loads
When not to use it?
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Tolerances and measuring system
The installation dimensions and tolerances of the iglidur® bearings depend on the material and wall thickness. Moisture absorption and thermal expansion are decisive for the material. Plain bearings with low moisture absorption can be designed with a minimal amount of bearing clearance. The following applies to the wall thickness: The thicker the bearings, the greater the bearing clearance must be.
Test procedure

Installation
iglidur® bearings are press-fit bearings. The inner diameter is only adjusted to the appropriate tolerance after pressing into the housing bore. The press-fit interference can be up to 2% of the inside diameter. This ensures the secure press-fitting of the bearing. Axial or radial displacements in the housing are thus reliably avoided.
iglidur® - installation, bonding, machining
 
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