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Bearing liners for drylin® linear systems

Choosing the most suitable bearing liner for your housing is crucial. igus® has an extensive range of drylin® bearing liners in iglidur® materials which allows all applications to be catered for. Whether for high speed or temperatures from -50°C to +250°C or with FDA/EU conformity.

Low coefficient of friction
100% lubrication-free
Extremely lightweight
High chemical resistance

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Choose the suitable lined bearings for your drylin linear system

iglidur® J

The all-rounder

For all shaft materials
Application temperature: -50 to +90°C
Best coefficient of friction with steel shaft
Longest service life with aluminium, hard-anodised
Max. static surface pressure: 35 MPa
Moisture absorption: 1.3 % weight

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iglidur® J200

The specialist

Application temperature: -50 to 90°C
Best coefficient of friction with hard-anodised aluminium
Longest service life with aluminium, hard-anodised
Max.static surface pressure: 23 MPa
Moisture absorption: 0.7 % weight

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iglidur® X

The extreme

Ideal for hardened stainless-steel shaft
Application temperature: -100 to +250°C
Best coefficient of friction with hard-chromed stainless
Maximum service life with hardened stainless
Max.static surface pressure: 150 MPs
Moisture absorption: 0.5 % weight

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iglidur® E7

The endurance runner

Particularly for steel/stainless-steel shafts
Application temperature: -50 to +70°C
Best coefficient of friction with steel/stainless-steel shaft
Maximum service life with steel/stainless-steel
Max.static surface pressure: 18 MPa
Moisture absorption: 0.1 % weight

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iglidur® A180

FDA-compliant

For all shaft materials
Application temperature: -50 to +90°C
Best coefficient of friction with stainless-steel shaft
Maximum service life with stainless-steel shaft
Max. static surface pressure: 28 MPa
Moisture absorption: 0.2 % weight

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iglidur® A160

FDA/EU-compliant

Application temperature: -50 to +90°C
Best coefficient of friction with hardened stainless-steel shaft
Maximum service life with hardened stainless-steel shaft
Max.static surface pressure: 15 MPa
Moisture absorption: 0.1 % weight

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Configure a complete system

You can use the drylin® linear guides expert to quickly and easily configure an individual linear guide for your application in just five steps.

Configure online now!

The principle: "sliding instead of rolling"

The advantages of bearing liners compared to recirculating ball bearing system

The iglidur® bearing liners made of high-performance polymer used for drylin® linear systems are completely lubrication and maintenance-free. The principle of the plain bearing leads to further advantages in favour of a drylin® linear system.

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Frequently asked questions about drylin® R bearing liners

What are bearing liners?

drylin® bearing liners are polymer liners that fit into drylin® housings and carriages enabling a gliding motion on the shaft or system.

Where can I use bearing liners?

These can be used in any drylin® carriage or housing within the majority of applications. There are various liner materials to cater for varying environments.