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Abrasive Wear Testing Machine (Wet Sand/Rubber Wheel)
  • Abrasive Wear Testing Machine (Wet Sand/Rubber Wheel)
  • Abrasive Wear Testing Machine (Wet Sand/Rubber Wheel)
  • Abrasive Wear Testing Machine (Wet Sand/Rubber Wheel)

    • MLS-225

    Abrasive Wear Testing Machine (Wet Sand/Rubber Wheel)

    Slurry abrasion tester for determining the abrasion resistance of various materials using a rubber wheel rotating in wet abrasive slurry

    The wet sand/rubber wheel abrasive wear testing machine is designed for evaluating the wear resistance of materials in wet abrasive environments. Using a rotating rubber wheel and a slurry of abrasive particles mixed with water, it simulates real-world working conditions to assess material durability.

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    Specifications
    Max. test force 225N
    Diameter of rubber wheel 178mm
    Thickness of rubber wheel 12.7mm
    Hardness of rubber wheel Shore hardness 50/60/70
    Speed of rubber wheel 100-500 r/min
    Testing Standards

    Complies with the requirements of ASTM B611-2013, the standard test method for determining the abrasion resistance of materials.

    Applications

    The slurry abrasion tester performs wear tests under defined pressure and sliding friction conditions, where the rotating rubber wheel drives a mixture of water, mineral sand, and other abrasive particles against the specimen surface. This setup allows accurate measurement of the wear strength of metallic and non-metallic materials.

    With adjustable parameters such as wheel speed and applied load, the machine can replicate diverse operating conditions. It is widely used for agricultural machinery, construction equipment, mining machines, excavation tools, and transport machinery. In addition, it provides research institutions with a reliable instrument for abrasive wear mechanism studies and laboratory-based material screening.
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    The abrasive wear tester introduces external abrasive media such as quartz sand or alumina powder. This makes it more representative of working conditions in mining, agricultural machinery, and construction equipment, where abrasive particles are present.

    Three main abrasive wear modes are supported:

    • Dry sand rubber wheel wear test
    • Wet sand abrasive wear test
    • Impact abrasive wear test

    The abrasive wear testing machine is suitable for metals, plastics, rubbers, coatings, ceramics, and composite materials. It is widely used in the automotive, aerospace, electronics, machinery, and building materials industries, covering most common material testing requirements.

    The ML-100 abrasive wear testing machine is recommended. It simulates solid wear conditions such as ore and sand. Adjustable parameters include load, speed, and test duration. It provides quantitative evaluation of metallic wear resistance and supports abrasive wear mechanism research. It is widely applied in mining machinery and building material industries.

    The MLG-130 abrasive wear testing machine (dry sand/rubber wheel test) is suitable. By adjusting the composition of the slurry medium, it can simulate wet sand conditions. With variable rubber wheel speed and normal pressure, it recreates working conditions of agricultural and mining equipment in mud or ore environments. It also supports water or other liquid media, making it a versatile choice for material selection and wear mechanism studies.

    The MLS-225 abrasive wear testing machine is designed for wet abrasive wear tests. It uses sliding friction with a rubber wheel to drive a mixture of ore particles, sand, and water against the sample. This setup accurately simulates mining and transport machinery operating in wet abrasive environments and is suitable for testing both metallic and non-metallic materials for wear strength and durability.