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Abrasive Wear Testing Machine
  • Abrasive Wear Testing Machine
  • Abrasive Wear Testing Machine
  • Abrasive Wear Testing Machine

    • MLD-10

    Abrasive Wear Testing Machine

    Dynamic load abrasive wear tester for evaluating the wear resistance of metal materials under impact load or non-impact load condition

    The dynamic load abrasive wear tester is designed for evaluating the wear resistance of metals under both impact and non-impact load conditions. With multifunctional capabilities, it can simulate a wide range of working environments. Through controlled testing, it provides quantitative measurement of wear caused by different loads and interaction types, supporting in-depth studies of wear mechanisms.

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    Specifications
    Hammer weight 10kg
    Impact energy 0-5 joules
    Free fall height of hammer 0-50mm
    Number of impacts 50/100/150/200 impacts/min
    Abrasive flow 0-50 kg/hour
    Upper specimen Round specimen: Ø11.28×40mm
    Square specimen: 10×10×40mm
    Round rolling specimen: Ø30×10mm, Ø10×30mm
    Lower specimen Ø50mm
    Applications

    Suitable for testing the abrasion resistance of metals against both dry and wet abrasives, under conditions with or without impact load, with or without contact, and in lubricated or rolling friction states. It is widely applied in industries such as mining, steel smelting, and construction machinery, where accurate assessment of material wear performance is essential.
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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.