The walk-in salt spray test room is used to atomize salt water into tiny salt spray particles through spray devices. These salt spray particles form a dispersion state in the test room and are uniformly attached to the surface of the test sample. At the same time, the control system adjusts the temperature and humidity in the laboratory according to the set parameters to simulate different marine climates or industrial atmospheric environments. In such an environment, conduct long-term corrosion testing on the sample to evaluate its corrosion resistance.
Walk in salt spray test roomStructure and Composition
Laboratory body: Made of corrosion-resistant materials such as PVC board, fiberglass or stainless steel, ensuring long-term stable operation in salt spray environment. The interior space of the laboratory is spacious and can accommodate large samples for testing.
Salt spray spray system: spray the salt water into tiny salt spray particles through the spray device, and spray them evenly on the surface of the test sample. This is the core component for simulating salt spray corrosion environment.
Heating system: used to control the temperature inside the laboratory to meet the requirements of different testing standards.
Temperature and humidity control system: Through high-precision temperature and humidity controllers and sensors, precise control and real-time monitoring of temperature and humidity in the laboratory are achieved.
Control system: used to set and control various parameters in the laboratory, such as temperature, humidity, salt spray concentration, etc., and record relevant data during the testing process.
Technical features and advantages
Large capacity design: The walk-in structure makes the internal space spacious and can accommodate multiple large samples for testing at the same time, improving testing efficiency.
High precision control: Advanced temperature and humidity control systems and sensors are used to achieve stability and consistency in the test environment, improving the accuracy of test results.
Intelligent operation: Equipped with a touch screen interface and intelligent control system, users can easily set test parameters and monitor the test process in real time.
Multiple safety protections, such as overload protection, over temperature alarm, and other safety devices, ensure the safety and reliability of the testing process.
Energy saving and environmental protection: adopting energy-saving design and efficient energy regulation system, reducing operating costs and minimizing environmental impact.



Walk in salt spray test roomOperating standards and precautions
Before operation, ensure that the laboratory is clean and dry, and check whether all components of the equipment are intact.
Operators should receive regular equipment operation training and wear personal protective equipment such as protective clothing, masks, gloves, etc.
During the testing process, do not open the laboratory door casually to prevent salt spray from overflowing and corroding other objects, which may affect the test results.
Pay attention to observing the operating status of the equipment and changes in testing parameters to ensure the accuracy of the operation process and results.
After the test is completed, the test sample should be taken out and the waste liquid and waste should be properly disposed of.
Regularly maintain and upkeep the equipment, including cleaning the inner and outer surfaces of the equipment, checking for loose grounding wires, and replacing aging components.