SAIC

Walk-in dust and sand test chambers are designed to simulate natural sandstorm conditions to test the protective performance of large equipment, while IP56X dust and sand chambers focus on shell sealing detection and are suitable for small and medium-sized electronic and electrical products.

Salt-spray cabinets artificially intensify corrosive agents so that months or even years of marine or industrial atmospheric attack are reproduced within a few hours or days. This paper systematically describes the working mechanism of the equipment, the control logic of its critical parameters, and the quantitative correspondence between test results and natural exposure. The aim is to provide industry with the technical basis for tailoring test programmes to specific products.

Salt spray test chambers play a vital role in many industries. However, for those who have just purchased this equipment, it may seem unfamiliar, and they may not know how to use it effectively.

Temperature control devices in salt spray test chambers regulate temperature variations in the working environment. These devices utilize physical changes within their mechanisms to trigger specific responses, such as opening or closing circuits, thereby achieving automatic temperature control.

The composite salt spray test chamber breaks through the limitations of traditional constant-value tests. By cycling through salt spray, drying, and humidity-heat conditions, it accurately simulates the outdoor corrosion environment.