Quotation for supplying rotary friction testing machine

1、 Product Introduction:

The rotary friction testing machine is an experimental device used to evaluate the friction performance and wear characteristics between materials. It simulates the rolling, sliding, or rotating contact between two surfaces and measures friction and wear.

A rotary friction testing machine typically consists of a rotating shaft and a fixed shaft, with the sample clamped between the two shafts for testing. In the experiment, a certain force or pressure is applied to bring the sample into contact with the corresponding friction pair and rotate at a certain speed. At the same time, experimental conditions such as temperature, humidity, and lubrication status can be controlled. By measuring friction and monitoring wear, the friction performance, wear resistance, and lubrication effect of materials can be evaluated.

The rotary friction testing machine is widely used in material research, lubricant development, friction material selection, and other fields. It can help engineers and scientists understand the friction behavior between different materials, optimize product design and material selection, and improve the lifespan and performance of equipment.

2、 Main technical specifications, parameters, and indicators:

1. Test force range: 0.1N-20N

2. Friction force: 20N

3. Rotation module:

3.1速度： 1rpm-1500rpm

3.2 Rotation radius: 30mm

4. Linear reciprocating module:

4.1 Frequency: 0.1Hz-10Hz

4.2 Stroke length: 30mm

5. Reciprocal friction form: ball disc, pin disc

6. Form of rotational friction: ball disc, pin disc

7. Temperature: Room temperature -600 ℃

3、 Operation method:

1. Preparation: Confirm that the testing machine is connected to the power supply and turn on the power switch. Set test parameters as needed, such as load, speed, and test time.

2. Sample installation: According to the test requirements, fix the sample or test piece to be tested on the clamping device of the testing machine. Ensure that the sample is securely installed and avoid interference with other components.

3. Parameter setting: Adjust the parameters of the testing machine according to the experimental requirements. Usually, settings can be made through the control panel or touch screen. For example, selecting appropriate speed, load, and test time.

4. Start test: Press the start button or the start/run button on the relevant controller to start the testing machine. The testing machine will start rotating according to the set parameters and apply the corresponding load to the sample.

5. Data recording: During the experiment, record key data such as speed, load, friction, etc. This can be accomplished through the display screen on the testing machine or a data acquisition system connected to a computer.

6. End of experiment: When the experiment time reaches or other termination conditions are met, stop the operation of the testing machine. Pay attention to safety and wait for the testing machine to stop before opening the clamping device and removing the sample.

7. Data analysis: Export the recorded data to a computer for further analysis and evaluation. According to the experimental purpose, it may be necessary to draw curves, calculate friction coefficients, or compare the performance of different samples.

Please note that the above steps are for general reference only, and the specific operation method may vary depending on the model and manufacturer of the testing machine. Before using any device, please be sure to read and follow the relevant operation manual and user manual.