Reciprocating Pin/Ball-on-Disc Friction and Wear Testing Machine
Reciprocating tribometer for analysing friction and wear properties of materials and coatings
Standards
- SH/T0716-2002 Test Method for Fretting Wear Resistance of Grease
- SH/T0721-2002 Test Method for Friction and Wear Properties of Grease (High-Frequency Reciprocating Linear Vibration Test Method)
Applications
Ideal for industries that demand precise material performance testing, such as petrochemicals, mechanical engineering, energy, aerospace, automotive manufacturing, and lubrication engineering. It is also widely used in universities and research institutes for advanced studies on material durability and surface interactions.
The reciprocating tribometer is a versatile testing system widely used to study the friction and wear properties of materials and surface coatings. With standard pin-on-disc friction pairs, it can also be configured for ball-on-disc tests, and offers additional options for reciprocating, rotational, and ring-on-block friction setups. This friction and wear testing equipment operates with mechanical reciprocation up to 30Hz, while higher frequencies are achieved through electromagnetic drive, offering flexibility for a wide range of testing conditions.
Technical Specifications
Reciprocating frequency | 1-10/20/30Hz/50HZ/100HZ (optional, 30HZ and above are electromagnetic drive) |
Reciprocating stroke | 1-20mm continuously adjustable/fixed adjustable stroke (based on requirements) 1um-10mm electromagnetic type (optional) |
Max. test force | 200N |
Loading method | Loading of weights/automatic loading (optional) |
Relative accuracy of test force | ±1% |
Friction force measurement range | 0-100N ±1N |
Online wear measurement | Electromagnetic induction measurement (optional) |
Resolution of wear measurement | 0.001mm |
Rotary module | Max. speed 2000r/min ±1 (optional) |
Test temperature | Room to 120℃ heating module (optional) |
Temperature measurement method | Thermocouple |
Temperature measurement accuracy | ±2℃ |
Features
- Equipped with a top-mounted pin/shaft and a bottom reciprocating disc to create frictional contact. The testing system supports quick changes in the size of the pin/shaft, providing adaptability for different test setups
- Continuously tracks critical test parameters such as friction force, applied load, and temperature. The software automatically calculates the friction coefficient, providing real-time insights during testing
- The built-in software includes preset limits that trigger automatic shutdown or alarms if the parameters exceed safety thresholds, ensuring reliable and secure operation. The compact design makes setup and adjustments simple