Friction Factor Testing Machine

The Friction Factor Testing Machine by T.L. Pathak Group is a precision-engineered device designed to measure the friction factor of various materials under controlled conditions. This machine is equipped with advanced sensors and data acquisition systems to accurately capture frictional forces during testing. Its robust construction ensures stability and reliability, making it suitable for both laboratory and industrial applications. The user-friendly interface allows for easy operation and data analysis, providing detailed insights into the frictional properties of the tested materials. The machine supports a wide range of sample sizes and materials, ensuring versatility in testing applications. Additionally, the T.L. Pathak Group's Friction Factor Testing Machine adheres to international standards, ensuring consistent and reproducible results, making it an essential tool for researchers and engineers focused on material science and quality control.

Friction Factor Testing Equipment provided with digital read-out for measuring the speed of rotation and the time it takes to come to stationary position. A fabricated M.S. stand with arrangement to mount idlers of different sizes is provided. Rubberized roller driven by a motor mounted on a slide is moved forward and is pressed against the Idler to be tested, making it to rotate. After the Idler attains a steady speed which is indicated in the HMI, slide is moved backward manually removing the drive to the Idler under testing. The Idler now rotates on its own and slowly the speed reduces and it becomes zero. The moment the slide is moved backward disconnecting the Idler under testing with the rubberized roller, the HMI indicates the manner in which the speed is going down and a timer in HMI is switched on simultaneously showing the time lapse.
The moment the rotation of the Idler is zero, the timer stops. The arrangement indicates the final speed and the time it takes for the speed to come to zero. With the help of empirical formula, the friction factor is calculated.3 Phase supply for the motor and 220V supply for the HMI is required which is to be provided by the user/client.