What RPM does a Taber R shear/scratch tester work?

 

During the test, the sample will be placed on the turntable of the tester, and then the surface wear will be simulated by applying a certain force and running for a period of time. The working speed of the tester is one of the important parameters, which determines the rotation speed of the sample during the test. Different materials and applications require different operating speeds to simulate actual service conditions.

 

Taber R cut/scratch tester usually come with a variety of test modes and configuration options to suit different testing needs. Some models may have an adjustable operating speed, while others may have a fixed preset speed. Before testing, the user should select the appropriate speed setting according to the specific application requirements and test standards.

 

The RPM (Rotations Per Minute) at which a Taber R Shear/Scratch Tester operates can vary depending on the specific model and settings. The Taber Shear/Scratch Tester is designed to measure the resistance of a material to scraping, gouging, and shearing forces. The RPM typically ranges from 10 to 70, but it is best to consult the manufacturer’s specifications or user manual for the particular model being used to obtain accurate information on the RPM settings.