Page 105 - IGUS Bearing

iglidur G1 iglidur G1
®
®
+180 °C +180 °C
91MPa 91MPa
Bearing technology | Plain bearings | iglidur G1 Technical data
®
General properties Testing method

Density g/cm³ 1.58 -40°C up to
Ø Colour grey +180°C
4.0-50.0mm
Max. moisture absorption at +23°C/50% r.h. % weight 0.2 DIN 53495
Max. moisture absorption % weight 1.7
Coefficient of friction, dynamic, against steel µ 0.10-0.29 91MPa
pv value, max. (dry) MPa · m/s 0.60
Also available
as: Mechanical properties
More universal Flexural modulus MPa 11,486 DIN 53457
MPa
Flexural strength at +20°C
178
DIN 53452
The advanced development of iglidur G Compressive strength MPa 115
®
Bar stock, Max. permissible surface pressure (+20°C) MPa 91
round bar
Page 743 Shore D hardness 81 DIN 53505
The most successful plastic bearing in the world - iglidur G - improved all round: iglidur G1, the new
®
®
standard. Physical and thermal properties
● Double service life at high loads Max. application temperature long-term °C +180 FOOD
● Up to 4 times less wear at low loads Max. application temperature short-term °C +220
● Continuous operating temperatures up to +180°C Min. application temperature °C -40
Bar stock, ● Press-fit up to +120°C (iglidur G: up to +80°C) Thermal conductivity W/m · K 0.25 ASTM C 177
®
plate -1 -5
Page 773 ● Moisture absorption reduced by 50% Coefficient of thermal expansion (at +23°C) K · 10 3.7 DIN 53752
Electrical properties
Typical application areas Specific transitional resistance Ωcm > 10 9 DIN IEC 93
● Mechanical engineering Surface resistance Ω > 10 9 DIN 53482
● Automation Table 01: Material properties
tribo-tape liner ● Sports and leisure
Page 781 ● Automotive industry The requirement profile is demanding: comprehensive Resistance to weathering
®
● Mechatronics advanced development of the successful all-round classic iglidur G1 plain bearings have not yet been tested for their
iglidur G. This has been achieved especially in terms of resistance to weathering. Please consult igus if you're
®
®
moisture absorption, thermal properties and consistently planning to use them outdoors.
improved wear resistance. Only with shock, impact and
edge loads, the robustness of iglidur G could not quite Mechanical properties
®
Guide rings
Page 641 be achieved. With increasing temperatures, the compressive strength of
iglidur G1 plain bearings decreases. Diagram 02 shows
®
Descriptive technical specifications Moisture absorption this inverse relationship. With the long-term permitted
Wear resistance at +23°C – + The moisture absorption of iglidur G1 plain bearings in application temperature of +180°C, the permitted
®
ambient conditions is approximately 0.2 % weight. The surface pressure still amounts to 40MPa. The maximum
Wear resistance at +90°C – +
saturation limit submerged in water is 1.7% weight. This recommended surface pressure is a mechanical material
Two hole Wear resistance at +150°C – + must be taken into account for these types of applications. parameter. No conclusions regarding the tribological
flange
bearings properties can be drawn from this.
Page 667 Slide property – +
Vacuum Diagram 03 shows the elastic deformation of iglidur G1
®
Wear resistance under water – + In vacuum, any present moisture is released as vapour. Use at radial loads. The plastic deformation is minimal up to
in vacuum is only possible with dehumidified iglidur G1 a pressure of approximately 100MPa. However, it is also
®
Media resistance – +
bearings. dependent on the service time.
Moulded Resistant to edge pressures – + Surface pressure, page 45
special parts Radiation resistance
Page 696 Resistant to shock and impact loads – +
®
Plain bearings made from iglidur G1 are resistant up to a
Dirt resistance – + radiation intensity of 3 · 10² Gy.

®
igubal Online product finder Online service life calculation
spherical balls
Page 993 www.igus-asean.com/iglidur-finder www.igus-asean.com/iglidur-expert ASEAN 09/2023 ASEAN 09/2023
102 3D-CAD, finder and service life calculation ... www.igus-asean.com/G1 Lubrication-free made easy ... from stock ... no minimum order quantity 103