loading...

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.

By measuring wear resistance, the abrasion tester provides valuable data for optimizing the selection of abrasives and grinding tools, supporting improvements in product performance and quality.

Features
  • Adjustable load, speed, and abrasive type allow simulation of a wide range of complex wear conditions, including dry wear, wet wear, and erosion
  • Integrated computer control system enables real-time data acquisition, analysis, and automated report generation
  • Modular design ensures simple operation and makes it easy to replace both specimens and abrasives
Applications

Can be applied to metals, ceramics, composites, and coating materials for reliable wear performance evaluation. It is widely used in scientific research, universities, quality inspection agencies, and industrial enterprises, meeting the diverse needs of material testing and development across multiple sectors.

How can we help you?

We are here to support your industrial balancing and wear testing needs

Contact Us

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.