Overview of High Temperature Wear Testing Machine

The high temperature wear tester is a test equipment specially used to evaluate the wear resistance of materials under high temperature conditions. It can not only simulate high temperature environment, but also simulate the wear conditions that materials may encounter during actual use. The design and manufacture of the high temperature wear tester follow strict national and international standards to ensure the accuracy and reliability of the test.

The importance of material wear resistance

Wear resistance is a key indicator to measure the ability of materials to resist wear in high temperature environments. This performance is particularly important for refractory materials, because refractory materials often need to withstand the dual test of high temperature and wear in industrial production. Through the test of the high temperature wear tester, the durability and reliability of refractory materials in actual use can be effectively evaluated.

Equipment design principle

The high temperature wear tester inherits the basic principles of normal temperature wear test in design, and innovates and improves on this basis. It realizes the function of wear resistance test of materials in high temperature environment by adding a high temperature sample heating furnace. In addition, the high temperature wear test machine is also equipped with a compressed air preheating system to ensure the stability of the sample surface temperature, thereby simulating the real high temperature erosion conditions.

Technical parameters and standards compliance

The high temperature wear test machine is designed and manufactured in strict accordance with GB/T18301 "Test method for wear resistance of refractory materials at room temperature" and ASTM C 704 test method standards. These standards ensure the scientificity and authority of the test, and also make the test results widely recognized.

Equipment operation and safety

The operation of the high temperature wear test machine is simple and intuitive, and the integrated embedded design makes the observation and operation of key parameters such as pressure gauges and flow meters more convenient. In addition, the equipment is also equipped with multiple safety protection measures to ensure the safety of the test process.

Technical specifications

Working pressure: 448Kpa, ensuring the stability and reliability of pressure during the test.

Sandblasting amount: 1000g±2g, accurately control the amount of abrasive to ensure the accuracy of the test.

Sandblasting time: 450s±10s, simulating the wear time of the material in actual use.

Using temperature: up to 1400℃, meeting the wear resistance test requirements in high temperature environment.

Sample test: 3 samples can be tested continuously in each furnace, which improves the efficiency of the test.

Sample specifications: support 100mm×100mm×(25～30)mm or 114mm×114mm×(65～76)mm samples, adapting to refractory material testing of different sizes.

Conclusion

The high temperature wear test machine is an indispensable and important tool in refractory material research and industrial application. It can not only provide accurate wear resistance test results, but also simulate test conditions that are highly similar to the actual industrial environment, providing strong technical support for the research and development and application of materials. By using the high temperature wear test machine, the performance of refractory materials can be effectively improved, thereby improving the efficiency and safety of industrial production.