The aerospace industry uses Sinowon ultrasonic hardness tester to measure aircraft parts

Product introduction: The SU-300 host and probe adopt streamlined design, anti-interference aluminum alloy shell, high-strength scratch-resistant glass panel, high-speed computing MPU system, 3.2 "high-brightness color LCD screen, wireless Bluetooth data printing and transmission technology, and the human-computer interaction interface is clear at a glance. The SU-300M electric ultrasonic hardness tester adopts a building block template design, and is equipped with electric ultrasonic probes MP-300, MP-500, MP-800, MP-1000. To measure the hardness of electroplating layers of rollers, screws, wind power and other samples with chrome plating, copper plating, carburizing and nitriding layers.

Product features:

High precision: the test accuracy can reach HV: ±3% HV, HR: ±1.5HR, HB: ±3%HB;

Small indentation: it cannot be directly observed by naked eyes and needs to be found with a high-power metallographic microscope;

Fast speed: the test results are output within 6 seconds, which is 20 times more efficient than the microhardness tester;

Large screen: the current measurement value, maximum value, minimum value, average value and hardness conversion value are directly displayed on the 3.2″ color screen;

Easy to operate: Just one click to quickly get the test results;

Wireless printing: Supports wireless Bluetooth printing and data transmission

The aerospace field has extremely high requirements for material performance. The hardness tester can test the hardness of key components such as aircraft and spacecraft to ensure their stability and safety in extreme environments.

In metal processing, Sinowon ultrasonic hardness tester can help evaluate the hardness of materials, thereby guiding the processing process and improving the process. In the chemical industry, the hardness tester can test the corrosion resistance of materials and ensure the quality of products. In the aerospace field, Sinowon ultrasonic hardness tester is widely used to evaluate the performance of aviation materials and ensure that the hardness of aircraft accessories meets the standards.