1. Wide measurement range: It can measure the hardness of various materials from soft to hard, including soft and hard metals.
2. Stable results: Due to the larger indentation, the Brinell hardness test results are relatively stable and have good repeatability.
3. Minimal surface impact: The larger indentation helps to reduce the influence of surface unevenness on the test results.
4. Simple operation: The testing process is simple and easy to operate, making it suitable for on-site testing.
5. Cost-effective: Compared with other hardness testing methods, Brinell hardness testers are usually less expensive.
6. Standardized: Brinell hardness testing is a standardized testing method, and the results are comparable.
7. Diameter measurement of indentation: The hardness value is calculated by measuring the diameter of the indentation, and the measurement method is intuitive.
8. Suitable for large parts: Due to the larger indenter, Brinell hardness testers are particularly suitable for testing large workpieces.
9. Data recording: It can be used in conjunction with a Brinell indentation measurement system, and the software will automatically generate Word format reports, including measurement data, statistical results and measurement images.

Operation Precautions:

1. Sample preparation: Ensure the sample surface is flat and clean.
2. Environmental conditions: Operate at a suitable room temperature.
3. Indenter selection: Select the appropriate indenter and test force based on material properties.
4. Sample placement: Securely place the sample and ensure the backside is clean.
5. Indentation measurement: Accurately measure the indentation diameter and calculate the hardness value.
6. Safe operation: Follow safety procedures and avoid contact with the indenter.
7. Maintenance: Regularly maintain the equipment.
8. Data recording: Record test data for analysis.