Reciprocating Friction and Wear Testing Machine

Materials Science Research

Research the friction and wear properties of various materials, including metals, non - metals, and composite materials. Provide support for material improvement and optimization based on test data, and drive the research and development of new materials.

Mechanical Engineering Applications

Evaluate the wear resistance of key mechanical components such as engine pistons, gears, and bearings. Predict their service life and performance in actual use, assist in optimizing mechanical designs, and enhance product reliability and durability.

Aerospace Field

Study the wear resistance of spacecraft materials, simulate friction conditions in extreme environments, assess the abrasion - resistance ability of materials, and ensure the reliability and safety of spacecraft.

Automotive Manufacturing Industry

Test the wear resistance of automotive components like brake pads, tires, and engine parts. Evaluate their wear - resistance and durability in practical use to improve the quality and performance of automotive products.

Applications in Other Industries

In industries such as coatings, plastics, decorative fabrics, automotive interiors, and tufted fabrics, detect the scratch - resistance and wear - resistance properties of materials, providing support for product quality control and performance enhancement.

Criterios aplicables

ASTM Standards: Formulated by the American Society for Testing and Materials (ASTM), standards such as ASTM D6079 are used to evaluate the friction coefficient and anti - wear properties of lubricating oils. ISO Standards: Standards like ISO 12156 established by the International Organization for Standardization (ISO) are also applicable to these tests. National Standards: In China, the tests may need to comply with the GB/T series of national standards, which have detailed provisions on testing methods, conditions, data processing, etc. Industry Standards: Depending on specific application fields and testing requirements, certain industry - specific standards are also involved. These standards are developed according to the testing requirements for specific materials or application areas.

Technical specifications

Maximum stroke of the actuator： 280 mm

Max. sliding speed： 100 mm/s

Maximum repetition rate： 0.3 Hz

Load range： 20-2500 N

Cyclic load amplitude： Up to 50% of set point

Cyclic load type： Sine or Triangle

Cyclic loading rate： 1 HZ max.

Pneumatic bellows capacity： 420 N/bar

2500 N air pressure： 6 bar

Friction： 0-50N and 0-2000N

Displacement： 0-2.5 mm

Resolution： 1 um

Oil pool： max. temperature 200°C

Data acquisition (high speed)： 16 bit resolution at 100 KHz sampling frequency max.