Brief introduction: High temperature friction and wear testing machine is used to study the high temperature or room temperature under the condition of material of friction and wear performance test device being tested. Its principle is the sample within the high temperature furnace heated to a temperature set point, again through the loading mechanism and test the required load values, at the same time drive sample to be tested in a disk rotation, with the dual surface friction (or bolt), by a computer real-time detect the material of the test data, such as temperature, coefficient of friction. This device can also be used in high temperature or room temperature environment and a different atmosphere, chuan - plate or the ball - dish of two groups of different friction pair test. High control precision and easy operation. Technical indicators: Friction pair spindle speed: 100 ~ 2800 r/m stepless speed regulation High temperature furnace heating temperature: room temperature to 1000 ℃ Temperature measuring accuracy: 0.2% FS Test load range: 150 ~ 2000 g The X axis direction adjustable: 0 ~ 30 mm The Z axis lifting height is adjustable: 0 ~ 30 mm The dynamic friction coefficient shows: the precision of 0.2% FS Friction dual ball (pin) size: Φ Φ 4 ~ 6 mm (bolt length 10 ~ 15 mm) Sample size: diameter: Φ 8 ~ Φ 60 mm Environment: the inert gas such as N2, CO2, He, Ar Instrument host size (mm) : 550 * 300 * 600 Instrument host weight (Kg) : 80
Brief introduction: High temperature friction and wear testing machine is used to study the high temperature or room temperature under the condition of material of friction and wear performance test device being tested. Its principle is the sample within the high temperature furnace heated to a temperature set point, again through the loading mechanism and test the required load values, at the same time drive sample to be tested in a disk rotation, with the dual surface friction (or bolt), by a computer real-time detect the material of the test data, such as temperature, coefficient of friction.
