Simulated weather constant temperature and humidity chamber for perovskite solar cells

Simulated weather constant temperature and humidity chamber for perovskite solar cellsThe constant humidity and temperature equipment adopts imported intelligent temperature and humidity controllers from abroad for humidity and temperature control. The humidity and temperature can be kept constant at any point within the adjustable range for testing, and the specific temperature and humidity can be directly measuredArabThe numbers are displayed on the LCD screen of the controller. External humidification method.inner linermaterialqualityadoptpremiumSUS304 stainless steel has good corrosion resistance, heat resistance, low temperature strength, and mechanical properties

Mechanical characteristics; Good hot workability such as stamping and bending, no heat treatment hardening phenomenon (non-magnetic, operating temperature)-196℃～800℃）

Production, outer boxMade of high-quality materialsCold rolled steel plate electrostatic sprayingProcessing, stable overall performance of the machine+Elegant and classy appearance.

Simulated weather constant temperature and humidity chamber for perovskite solar cells Aipei Technology adoptsAs the main control system, the touch screen controller in both Chinese and English has powerful functions and is easy to learn to operate. It can reach a maximum of100Multiple programs,1000Multiple segments, with a maximum of countless cycles; Utilizing a multi wing air supply fan to provide strong air circulation system, avoiding any temperature difference blind spots, and ensuring uniform temperature and humidity distribution in the laboratory; And it has numerous safety protection devices, providing troubleshooting methods when faults are detected.

Constant humidity and temperature equipment is mainly used to test the performance of industrial products in different climatic environments such as constant humidity, constant high temperature, and constant low temperature during transportation and storage. It is mainly used for testing electrical, electrical, electronic, and optoelectronic products, including all industrial productsComponents, parts, metal materials, and their physical and other related properties are tested under simulated humid, hot, and low temperature climate conditions to determine whether the product's performance meets the requirements or standards. The results of the testing are used to provide improvements, design, production, calibration, and factory inspection for the product.