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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.

By providing a wide range of control and recording parameters, the tribometer can simulate complex wear conditions with high accuracy. It reproduces extreme environments involving temperature, humidity, load, rotation, and vibration, helping to predict material performance under real-world stress. The wear testing machines come with intuitive software that simplifies operation and ensures consistent test control and reporting. Real-time data is displayed during operation and automatically saved in Excel format for easy analysis and future reference.

Features
  • Supports loads of up to 2000 N that enables a wide range of material testing conditions
  • Sample temperature range extends from ambient levels up to 1000 °C when used with a furnace chamber
  • Flexible test configurations with multiple stroke lengths, oscillation modes, and RPM options allow
  • Capable of meeting ASTM standards, ensuring reliability and global applicability of results
  • Equipped with user-friendly software for streamlined testing, real-time monitoring, and detailed reporting
Applications

Widely used to evaluate the friction and wear behavior of lubricants, metals, plastics, coatings, rubbers, ceramics, and composites. They meet the demanding research and testing requirements of the petrochemical industry, particularly for high-grade hydraulic oils, engine oils, and gear oils. They also serve as effective tools for new materials and technology development, offering precise simulation and evaluation tests under controlled laboratory conditions.

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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 MPX-2000 friction and wear testing machine is the optimal choice. Designed as a vertical-axis pin-on-disc system, it supports pin-on-disc, ring-on-ring, and ring-on-disc configurations. It measures wear resistance and friction coefficient under controlled loads and speeds. When fitted with an oil cup, it also supports wet friction tests, making it applicable for evaluating lubricants such as hydraulic oils and engine oils.

The MSH slurry erosion wear tester is designed for such conditions. Using a free-abrasive method, it exposes rotating samples to impacts from abrasive particles within slurry while also incorporating corrosive media. This allows simulation of wear and erosion in environments with weak acids, weak alkalis, and mortar.