MurylonĀ® HighTemp red-brown
production based on PA46
Good creep and compressive strength
Good resistance to thermal aging
High wear resistance
MurinylĀ® natural
production based on PVDF
Good resistance to chemicals
Good creep and compressive strength
UV resistant
MurinylĀ® natural [FS]Ā®
production based on PVDF
Good resistance to chemicals
Good creep and compressive strength
UV resistant
MurflorĀ® natural
production based on PTFE
No stick-slip-effect
Optimal sliding properties
Excellent non-stick properties
MurflorĀ® natural [FS]Ā®
production based on PTFE
No stick-slip-effect
Optimal sliding properties
Excellent non-stick properties
MurflorĀ® + Carbon 25% black
production based on PTFE
Electrically conductive
Low stick-slip-effect
High wear resistance
MurflorĀ® + Bronze 60%
production based on PTFE
Low stick-slip-effect
Good creep and compressive strength
High wear resistance
MurflorĀ® + glass 25%
production based on PTFE
Low cold flow characteristics
Good creep and compressive strength
High wear resistance
MurflorĀ® + glass 25% [FS]Ā®
production based on PTFE
Low cold flow characteristics
Good creep and compressive strength
High wear resistance
MurinitĀ® SP blue
production based on PPS
Good dimensional stability
Good creep and compressive strength
Very good sliding properties
MurinitĀ® SP blue [FS]Ā®
production based on PPS
Good dimensional stability
Good creep and compressive strength
Very good sliding properties
MurpecĀ® natural
production based on PEEK
Electrically isolating
Low expansion coefficient
High wear resistance
MurpecĀ® natural [FS]Ā®
production based on PEEK
Electrically isolating
Low expansion coefficient
High wear resistance
MurpecĀ® black
production based on PEEK
Low expansion coefficient
Good resistance to energy radiation
High wear resistance
MurpecĀ® black [FS]Ā®
production based on PEEK
Low expansion coefficient
Good resistance to energy radiation
High wear resistance
MurpecĀ® SP black
production based on PEEK
Good resistance to chemicals
Good resistance to heating steam
Very high wear resistance