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The Probe Type Material Surface Abrasion Measuring Instrument is a high-precision testing device designed to measure and analyze abrasion marks formed on material surfaces during friction and wear tests. By capturing accurate numerical and topographical data, it enables researchers and engineers to evaluate material wear resistance, optimize designs, and improve testing conditions.

This instrument supports automatic measurement of abrasion depth and width, graphical display of wear mark topography, and data storage with automated report generation, providing a complete solution for surface wear analysis.

Applications

The instrument is widely used for:

Abrasion Measurement: Automatically measures depth and width of wear marks, ensuring precise assessment of material durability.

Wear Topography Analysis: Displays 2D and 3D outlines of wear marks for intuitive evaluation of surface wear and friction mechanisms.

Material Development: Assists in selecting high wear-resistant materials and optimizing surface treatments.

Data Management: Stores test results and generates standardized reports for analysis, comparison, and documentation.

Process Improvement: Provides experimental data for optimizing friction and wear test parameters.

Applicable Standards

The instrument is compatible with common international and national standards for abrasion and wear testing:

ASTM G133 – Standard Test Method for Linearly Reciprocating Ball-on-Flat Sliding Wear.

ASTM G77 – Standard Test Method for Wear Testing with Pin-on-Disk Apparatus.

ISO 20501 – Determination of Wear and Abrasion for Rubber, Plastic, and Coating Materials.

GB/T 3960 – Friction and Wear Test of Materials (China National Standard).

ISO 4287 / ISO 25178 – Surface Texture and Roughness Analysis for wear mark evaluation.

Note: Users should select the standard based on material type, application, and testing machine setup to ensure accurate and comparable results. Proper calibration and maintenance are essential for reliable operation.

Product Advantages

High Accuracy: Precisely measures abrasion depth, width, and surface topography.

Intuitive Wear Analysis: Graphical 2D/3D representation facilitates visual evaluation of wear mechanisms.

Data Storage & Reporting: Automatically saves results and generates standardized reports.

Material Optimization Support: Assists in R&D of new materials and surface treatments.

Flexible Testing Integration: Compatible with multiple friction and wear test machines, loads, and environments.

Technical Parameters

Measurement Range: Depth 0–5 mm, Width 0–10 mm (adjustable depending on probe and material)

Resolution: 0.01 mm

Data Output: 2D/3D wear mark maps, numerical depth/width values, automated report generation

Sample Size: Up to 100 mm × 100 mm (customizable)

Power Supply: AC 220V ±10%, 50/60 Hz

Dimensions: 600 × 500 × 400 mm

Weight: Approx. 50 kg