Salt spray test chamber operation process
In modern industrial production, the anti-corrosion treatment of various materials is particularly important. Processes such as electroplating, anodizing, spraying, and anti-rust oil are increasingly used, and how to accurately test the corrosion resistance of these treated products has become a key issue. For this reason, the salt water spray test chamber came into being and became a powerful assistant in testing the corrosion resistance of materials.
Salt spray test chamber, also known as salt spray test chamber, is a device that uses salt spray corrosion to test the reliability of samples. It can simulate the destructive impact of ocean surrounding climate on products, providing an important basis for product development and quality control.
During the test, operators need to strictly follow the procedures. First, add an appropriate amount of tap water or distilled water to the bottom of the studio to ensure that the water level does not exceed the height of the overflow hole rubber. At the same time, the sealing notches around the upper part of the box also need to add an appropriate amount of water to maintain the sealing of the box.
Next, distilled water is added to the air saturator to the specified water level, and the test environment is controlled by adjusting the inlet pressure and spray pressure. After everything is ready, turn on the power and set the test temperature and saturator temperature values.
During the test, the salt water spray test chamber can set "period" sprays as needed to simulate corrosion conditions in different environments. When the test temperature in the box reaches the set value, the spray system starts to work. The operator can adjust the spray volume according to the amount of sedimentation to ensure the accuracy and reliability of the test.
After the test, the air intake of the air compressor should be turned off first, and the main power supply should be turned off after the pointers of the two pressure gauges return to 0. During the entire operation, operators need to strictly abide by safety procedures to ensure the smooth progress of the test.
Salt water spray test chambers have a wide range of applications, covering many fields such as automobiles, electronics, aviation, aerospace, weapons, ships, petrochemicals, construction, etc. It can not only detect the corrosion resistance of products, but also provide strong support for product development and improvement.
With the continuous development of science and technology, salt water spray test chambers are also constantly being updated. In the future, we expect that this kind of equipment will become more intelligent and efficient, and contribute more to the quality control and product research and development of industrial production.
If you want to know the relevant parameters, specifications and models of the test equipment, you can visit the "Guangdong Bell" official website and consult relevant technical personnel.
#Salt #spray #test #chamber #operation #process
- High-speed current impact test system facilitates efficient testing of new energy vehicle wiring harnesses
- Area array CCD structure diagram and working process analysis
- Input-output relationship and circuit application diagram of voltage follower
- How to keep driving heavy loads when the voltage drops?
- Novel theory-based evaluation gives a clearer picture of fusion in the sun
- What are the disadvantages of IC temperature sensors?
- Control transformer overcurrent protection, grounding and applications
- What is the difference between chip packaging and SMD?
- Design and application of dry multi-channel priority amplifier
- Can igbt directly replace thyristor? What will be the impact of IGBT directly replacing thyristor?