What can the iglidur® materials for continuous operation do?
Every iglidur® plain bearing is wear-optimised. However, the materials for continuous operation, such as iglidur® J and iglidur® W300, are characterised by very low wear rates, which means a long service life. In addition to their service life and the price level, the materials for continuous operation differ among other things by temperature and load ranges as well as the applicability in conjunction with special shaft materials.
Like all iglidur® materials, endurance runners have the following specifications:
- Lubrication and maintenance-free
- Lightweight
- Good price-performance ratio
- Calculate service life for free
iglidur® J - The versatile endurance runner
- The versatile endurance runner, highly resistant to wear on (nearly) all shafts with very low coefficient of friction
- Low wear with many different shaft materials
- Low coefficient of friction during dry operation
- Vibration-dampening
More technical data on iglidur® J
iglidur® W300 - the classic endurance runner up to 30MPa
- The classic endurance runner, very wear-resistant on (virtually) all shafts
- For especially long service life
- Low coefficient of friction
- Extremely high wear resistance
More technical data on iglidur® W300
iglidur® J3 - The new endurance runner
- Specialist for panning and pulsating loads
- Low coefficient of friction
- Good media-resistance
- Low moisture absorption
More technical data on iglidur® J3
iglidur® J350 - endurance runner with high dimensional stability at high temperature
- Can be used with many kinds of shafts and loads
- Excellent coefficient of friction against steel
- Fulfils the fire prevention requirements of the Federal Aviation Administration of the USA (FAA) for aircraft interiors
- Continuous operating temperature up to +180°C
- For medium to high loads
More technical data on iglidur® J350
iglidur® J260 - Ideal for plastic shafts
- Ideal for plastic shafts
- Very good coefficient of friction for low or medium loads
- Good media-resistance
- Slightly higher temperature rating than iglidur® J
More technical data on iglidur® J260
iglidur® W360 - Endurance runner up to +180°C
- General purpose endurance runner
- Very wear-resistant
- Continuous use up to +180°C
- Suitable for wet environments
More technical data on iglidur® W360
iglidur® L250 - For fast rotating applications
- For high speeds
- Specially made for fast rotating applications
- Very low coefficient of friction
- Excellent wear resistance
More technical data on iglidur® L250
iglidur® L350 - For high rotational speeds
- For rotating applications at high speed
- If the highest service life is required
- For high pv values with low loads
- At operating temperatures up to +180 °C (long-term, short-term up to max. +210°C)
More technical data on iglidur® L350
iglidur® L500 - For extreme rotational speeds
- Temperature-resistant and media-resistant
- Continuous use up to +250°C
- Up to 5m/s rotating
- Excellent wear resistance
More technical data on iglidur® L500
iglidur® R - The low-cost material
- Low-cost material
- Low coefficient of friction
- Abrasion-resistant
- Low coefficient of friction during dry operation
- Very cost-effective
More technical data on iglidur® R
iglidur® D - Low-cost material with silicone
- Low-cost material with silicone
- Low coefficient of friction at high speeds
- For low loads
- Very cost-effective
More technical data on iglidur® D
iglidur® J200 - Specialist for aluminium shafts
- Specially for aluminium shafts
- Very long service life with hard anodised aluminium
- Low coefficient of friction
- Low wear
More technical data on iglidur® J200
iglidur® E7 - ideal for pivoting movements
- Very good wear resistance from room temperature up to medium temperatures
- Excellent friction coefficients
- Low moisture absorption
- High media resistance
- Resistant to edge pressure
- Resistant to shocks and impacts
- Resistant to dirt and dust
More technical data on iglidur® E7
igus products made of iglidur materials in the online shop
1) Max. long-term application temperature
2) Max. permissible surface pressure at+20°C
3) Best combination for p = 1 MPa, v = 0.3 m/s, rotating
2) Max. permissible surface pressure at+20°C
3) Best combination for p = 1 MPa, v = 0.3 m/s, rotating
