These self-lubricating bearing liners are made of iglide M250, are defined by their impact strength, vibration dampening and toughness. The bearing liners excel in applications in which vibration dampening is necessary. These liners can withstand good radial loads and are elastic and flexible but retain their original shape. The thick wall liner bearing can sustain edge loads and is suitable for low to medium speed applications over a wide range of temperatures. The bearing has good chemical resistance and can be used in mainframe, cross arm, flip flop and c-arm assemblies of GE's OEC Mobile arm 9800 systems.
These self-lubricating bearing liners are made of iglide M250, are defined by their impact strength, vibration dampening and toughness. The bearing liners excel in applications in which vibration dampening is necessary. These liners can withstand good radial loads and are elastic and flexible but retain their original shape. The thick wall liner bearing can sustain edge loads and is suitable for low to medium speed applications over a wide range of temperatures. The bearing has good chemical resistance and can be used in mainframe, cross arm, flip flop and c-arm assemblies of GE's OEC Mobile arm 9800 systems.
These self-lubricating bearing liners are made of iglide M250, are defined by their impact strength, vibration dampening and toughness. The bearing liners excel in applications in which vibration dampening is necessary. These liners can withstand good radial loads and are elastic and flexible but retain their original shape. The thick wall liner bearing can sustain edge loads and is suitable for low to medium speed applications over a wide range of temperatures. The bearing has good chemical resistance and can be used in mainframe, cross arm, flip flop and c-arm assemblies of GE's OEC Mobile arm 9800 systems.
These self-lubricating bearing liners are made of iglide M250, are defined by their impact strength, vibration dampening and toughness. The bearing liners excel in applications in which vibration dampening is necessary. These liners can withstand good radial loads and are elastic and flexible but retain their original shape. The thick wall liner bearing can sustain edge loads and is suitable for low to medium speed applications over a wide range of temperatures. The bearing has good chemical resistance and can be used in mainframe, cross arm, flip flop and c-arm assemblies of GE's OEC Mobile arm 9800 systems.
These self-lubricating bearing liners are made of iglide M250, are defined by their impact strength, vibration dampening and toughness. The bearing liners excel in applications in which vibration dampening is necessary. These liners can withstand good radial loads and are elastic and flexible but retain their original shape. The thick wall liner bearing can sustain edge loads and is suitable for low to medium speed applications over a wide range of temperatures. The bearing has good chemical resistance and can be used in mainframe, cross arm, flip flop and c-arm assemblies of GE's OEC Mobile arm 9800 systems.
These self-lubricating bearing liners are made of iglide M250, are defined by their impact strength, vibration dampening and toughness. The bearing liners excel in applications in which vibration dampening is necessary. These liners can withstand good radial loads and are elastic and flexible but retain their original shape. The thick wall liner bearing can sustain edge loads and is suitable for low to medium speed applications over a wide range of temperatures. The bearing has good chemical resistance and can be used in mainframe, cross arm, flip flop and c-arm assemblies of GE's OEC Mobile arm 9800 systems.