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- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius
- Machinability
This is an indication of how easily a material can be machined, with 5 being the easiest to machine
Wear ResistanceThis is an indication of how wear resistant a material is, with 5 being the most resistant
Dimensional StabilityThis is an indication of how dimensionally stable a material is, with 5 being the most stable
Operating Temp.This is the recommended maximum continuous operating temperature in degrees Celsius