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    1. Friction and Wear Testing Machine
    2. Friction and Wear Testing Machine Friction and wear testing machines are built to evaluate how materials respond under different modes of contact. They support rotational, rolling, and sliding friction test methods, allowing precise evaluation of mechanical properties, friction coefficients, and wear characteristics of metals, lubricants, composites, and other materials.
    1. Abrasive Wear Testing Machine
    2. Abrasive Wear Testing Machine Abrasive wear testing machine is designed to evaluate the wear resistance of different materials, with particular suitability for testing abrasives and grinding tools. The wear testing equipment simulates real service conditions by applying abrasive particles to the material surface, generating controlled friction and wear.
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Typical setups include pin-on-disc, ring-on-ring, and ring-on-disc sample contact forms.

Tests may include dry friction, wet friction, and abrasive wear comparisons under varying loads, speeds, and temperature conditions.

The M-2000A friction and wear testing machine is recommended. It simulates multiple working conditions such as sliding friction, rolling friction, combined friction, and intermittent motion. Equipped with an adjustable speed system, it enables evaluation of friction coefficients and wear mechanisms from very low to high speeds, making it ideal for both research and industrial applications.

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.

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.