Industrial High-Temperature Vacuum Friction and Wear Tester

Whats/App: +86 156 1874 6768

Web: standard-groups.com

Standards

GJB 3032 — Test Method for Friction and Wear of Materials in Vacuum Environment

GB/T 3960 — Metallic Materials — Friction and Wear Test Methods

GB/T 12444 — Metallic Wear Testing — General Principles

ASTM G99 — Standard Test Method for Wear Testing with a Pin-on-Disk Apparatus

ASTM G133 — Standard Test Method for Linearly Reciprocating Ball-on-Flat Sliding Wear

ISO 7148 — Plain Bearings — Testing of Friction and Wear Characteristics of Bearing Materials

Technical Specifications

Item	Technical Parameter
Maximum test force	20 N (dead-weight loading)
Normal load range	1–20 N
Load accuracy	≤ ±1% F.S
Friction force measurement accuracy	≤ 0.02% F.S
Linear speed	0.1–10 m/min
Counterface ball diameter	φ3. φ4. φ5. φ6 mm (standard configuration)
Reciprocating stroke	0.5–20 mm (continuously adjustable)
Reciprocating frequency	0.1–30 Hz (continuously adjustable)
Rotational speed	5–3000 r/min (continuously adjustable)
Rotational speed accuracy	≤ 1 r/min
Friction modes	Pin-on-disk friction, ball-on-disk friction
Lubrication modes	Dry friction, boundary lubrication friction

Product Features

Meets military standard technical requirements for friction and wear testing in vacuum environments and is suitable for research under severe operating conditions;

Integrates both rotary and reciprocating friction modes, providing flexible test configurations;

Stable and reliable vacuum system with high ultimate vacuum and strict leak-rate control;

Continuously adjustable load and motion parameters, facilitating simulation of various actual working conditions;

High measurement accuracy of friction force and load, with good data repeatability;

Modular design, allowing expansion to high-temperature friction testing functions.

Accessories

Name	Description
Vacuum chamber	Core component of vacuum friction testing
Vacuum pump unit	Provides high-vacuum environment
Vacuum measurement system	Real-time monitoring of chamber vacuum level
Rotary/reciprocating friction module	Enables different friction motion modes
Automatic loading mechanism	Applies load accurately
Friction force sensor	Measures friction force signals
Counterface balls	Standard consumable components
Specimen fixtures	Secure specimens of different sizes
Control and data acquisition software	Test control and data processing

Test Principle

During the test, the specimen and counterface are installed inside the vacuum chamber, and the chamber is evacuated to the preset vacuum level using the vacuum system. According to test requirements, either rotary or reciprocating friction mode is selected, and parameters such as load, speed, stroke, and frequency are set. The loading mechanism applies a normal load to the friction pair, while the motion system drives relative sliding between the counterface and the specimen surface. During the test, sensors continuously collect friction force signals and calculate the coefficient of friction, while load and vacuum parameters are recorded simultaneously, enabling quantitative analysis of friction and wear performance of materials under vacuum conditions.

Operating Instructions

Before testing, confirm that the vacuum system sealing is in good condition to prevent leakage from affecting test results;

During evacuation, operate the vacuum system in stages according to specifications to avoid impact on specimens and sensors;

Different standards specify different requirements for load, speed, and friction modes, and corresponding standard parameters should be confirmed before testing;

Do not open the chamber under vacuum conditions; operation should only be performed after restoring atmospheric pressure;

When using the high-temperature module, pay attention to the influence of thermal expansion on fixtures and sensor systems.

Test Procedure

Determine the test conditions;

Install the specimen and counterface, and complete sealing of the vacuum chamber;

Start the vacuum system, evacuate the chamber to the specified vacuum level, and stabilize it;

Set the load, motion mode, and friction parameters, and start the friction test;

After the test, save the friction curves and data, restore atmospheric pressure, and remove the specimen;

Conduct subsequent analysis of wear scars and wear morphology.

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