igutex® TX1 | The heavy duty bearing up to 200 MPa

• Up to 200MPa static and 140MPa dynamic
• Wear-resistant and dimensionally stable
• Good media-resistance
• Dry-running and maintenance-free
• Standard range from stock

igutex® TX1 plain bearings represent very high load capacity with high radial loads and good abrasion resistance. The special design ensures high dimensional stability due to the long-fibre winding and solid lubricants and this ensures that it is possible to operate free of maintenance and external lubrication. High dirt and media resistance complete the specification profile.

Typical applications

Agriculture equipment
Construction machinery
Construction Machinery

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When do I need it? If very high static loads occur permanently For heavy duty swivel applications When temperature resistance and media resistance are required in addition to very high load capacity

When do I not need it? When loads below 100 MPa occur iglide® G300, sleeve bearing, imperial iglide® Q2, sleeve bearing, imperial iglide® Q, sleeve bearing, imperial For rotary motion in continuous operation iglide® L280, sleeve bearing, imperial iglide® Z, sleeve bearing, imperial iglide® G300, sleeve bearing, imperial For high temperature, medium load applications iglide® T500, sleeve bearing, imperial iglide® J350, sleeve bearing, imperial

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Tolerances and measuring system
The installation dimensions and tolerances of the iglide® plain bearings depend on the material and wall thickness. For each material, the moisture absorption and the thermal expansion are decisive factors. Plain bearings with low moisture absorption can be installed with a smaller bearing clearance. The rule for wall thickness: the thicker the wall of the bearings, the larger the clearances must be.
Testing methods

Assembly
iglide® plain bearings are press-fit bearings. The inner diameter is only adjusted to the appropriate tolerance after pressing into the housing hole. The press-fit excess dimension can be up to 2% of the inner diameter. This ensures the secure press-fitting of the bearings. Axial or radial movements in the housing are thus reliably avoided.