Product Introduction:

High-temperature end-face friction and wear testing machine is a professional physical testing equipment used to simulate friction and wear conditions between different materials, thereby measuring the friction and wear performance of materials. High-temperature friction and wear testing machines are widely used in various fields such as materials science, petrochemicals, mechanical manufacturing, energy, metallurgy, aerospace, etc., for developing new materials, new processes, and evaluating the performance of existing materials.

Execution Standards for High-Temperature End-Face Friction and Wear Testing Machine:

GB/T12583-98 Method for Determination of Extreme Pressure Properties of Lubricants
GB/T3142-82 Method for Determination of Load-Carrying Capacity of Lubricants
SH/T0189-92 Method for Determination of Anti-Wear Properties of Lubricating Oils
SH/T0202-92 Method for Determination of Extreme Pressure Properties of Lubricating Greases
SH/T0204-92 Method for Determination of Anti-Wear Properties of Lubricating Greases

High-Temperature End-Face Friction and Wear Testing MachineTechnical Parameters:

Test Force Range (Steplessly Adjustable): 60N-10KN
Relative Error of Test Force Indication: Better than ±1%
Long-Term Holding Error of Test Force Indication: ±1% F.S
Friction Force Test Range: 0--300N
Friction Force Test Error: ±3%
Main Shaft Speed Range (Steplessly Adjustable): 10--2000r/min
Main Shaft Speed Error: ±5r/min
Friction Pair Temperature Control Range: Room Temperature - 200°C
Friction Pair Temperature Control Error: ±2°C
Test Time Control Range: 1 Second - 999 Hours
Main Shaft Speed Control Range: 1--999,999 Revolutions
Test Steel Ball Diameter: 12.7mm

Operating Steps of High-Temperature End-Face Friction and Wear Testing Machine:
Pre-Test Preparation: Determine the form of the test friction pair and process the specimen according to the drawing requirements. Prepare the upper and lower specimens and corresponding fixtures. Clean the specimen, lower disc, and fixture as required by the test.
Turn on the power, start the control computer and testing system software. Allow the equipment to idle and preheat for 10 minutes.
Specimen Clamping: Install the prepared specimen into the corresponding fixture and place it into the main shaft taper hole. Use a pull rod to secure the specimen in the fixture. Place the lower specimen into the disc seat and align it with the fixed pin. If heating or medium testing is required, make the corresponding settings.
Start the Test: Adjust the height of the lower disc to ensure a gap of 1–2 mm between the upper surface of the test ring and the lower surface of the upper specimen. Set the test force, test time, maximum friction torque (alarm and stop if exceeded), and main shaft speed. Click the "Load" button to apply the test force and start the test. During the experiment, the software automatically controls the test force and temperature at the set values, collects friction torque and main shaft revolutions in real time, and calculates the friction coefficient.
End of Test: When the experiment reaches the preset time or condition, click the "Stop" button on the main page to end the test. Save the test data and print the report.

Jinan Xulian Instrument Equipment Co., Ltd. is a comprehensive testing machine research and manufacturing unit that integrates the design, manufacturing, sales, and maintenance services of testing machines and material mechanical property detection equipment. We are committed to providing users with high-quality testing equipment and accurate test data to help solve technical research, quality control, and life testing challenges across various industries. Our testing equipment is used to evaluate the mechanical (strength) properties and structural testing of materials, including tension, compression, bending, fatigue, impact, dynamics, torsion, and multi-axis loading. We also provide equipment calibration, certification, training, technical support, and laboratory management assistance.