1. Multiple applications

In the automotive industry, the gravel impact tester is the guardian of vehicle safety and quality. When the vehicle is driving, the body, chassis components, etc. are always threatened by road gravel. The equipment can accurately simulate this impact scenario, helping manufacturers to screen high-performance materials and improve the durability and safety of the vehicle. In the field of aerospace, aircraft shuttle through the atmosphere at extremely high speeds, and even tiny particles can cause serious consequences. The gravel impact tester has passed rigorous testing to provide solid data support for the material selection of key aircraft components. In addition, industries such as rail transportation, shipbuilding, and outdoor equipment production are also inseparable from its accurate assessment of the impact resistance of materials.

2. Standard operation

Before using the gravel impact tester, be sure to conduct a comprehensive inspection of the equipment. Check whether the injection system is blocked, ensure that the airflow duct is not damaged, check whether the connection parts are firm, and confirm that the control system displays normally. Prepare standard specifications of gravel and corresponding material samples, and install the samples firmly in the test area in the prescribed manner.

During operation, key parameters such as airflow speed, injection angle and impact time are carefully set through the operation interface. After starting the equipment, high-speed airflow carries gravel to impact the surface of the sample. During the test, pay close attention to the operation status of the equipment, and stop the machine in time for troubleshooting if any abnormality occurs.

After the test is completed, turn off the power of the equipment first, wait for the equipment to stop running completely, and carefully remove the sample. Use professional observation and analysis tools to carefully evaluate the damage of the sample, such as the depth of surface scratches, the area of damage, etc., and keep good data records.

After the operation is completed, clean and maintain the equipment, clean up the remaining gravel and dust, check whether the key components of the equipment are worn, and prepare for the next test.

3. Core Technology

The core technology lies in the precise airflow control system, which can achieve subtle adjustments to the airflow speed and pressure to ensure the stability and accuracy of the gravel injection speed. Advanced sensors and data acquisition systems can monitor and record various parameters during the test in real time, providing rich and accurate data for analysis. The unique design of the injection device ensures the uniformity and consistency of the gravel impact, greatly improving the reliability of the test results.

As industrial production places increasingly stringent demands on material performance, the market demand for gravel impact testing machines is growing steadily. In the future, with the deep integration of intelligent and automated technologies, it will have more powerful data analysis and self-diagnosis capabilities, continuously injecting new vitality into material research and development and quality control in various industries.