It is mainly used for vacuum drying and nitrogen-filled cycle baking of batteries and supercapacitors, and sending the products into the glove box for liquid injection in the environment of no water and no oxygen.
It is suitable for supercapacitors (after the welding of the electric cell and the assembly of the O-ring on the upper cover) to be pressed into the inner shell, and the o-ring sealing ring to be fastened inside.
It is mainly used for the shaping of supercapacitor's electric core, making the positive and negative terminal faces form and compact, convenient for laser welding with the upper and lower collector plates.
The mixing barrel can be vacuumed, so that the slurry is stirred in the vacuum state, to achieve no bubbles in the slurry, so that the stirred material coating process is more uniform.
ACEY-6007C battery nail penetration test machine is used to simulate extreme scenarios where batteries are punctured by sharp objects during transportation and use. It detects whether the battery will experience safety issues such as fire, explosion, or leakage, thereby evaluating the battery's puncture resistance. It is mainly used for factory quality inspection and safety performance verification during the R&D stage of new energy batteries such as lithium-ion batteries and lithium polymer batteries. It is a key piece of equipment for battery manufacturers and quality inspection agencies to ensure battery safety.
ACEY-120A Salt Spray Test Chamber is used to evaluate the corrosion resistance of various materials and their protective coatings. It is widely applied in metal electroplating, surface coating, electronics, electrical appliances, automotive parts, and new energy industries, making it an essential equipment for quality control of material corrosion resistance.
ACEY-6004C series simulated high-altitude low-pressure test chamber is mainly used to simulate the adaptability of batteries in high-altitude transportation or high-altitude environments to ensure their safety and stability. After being fully charged, the battery is placed in a vacuum test environment with an ambient temperature of 20℃±5℃ and a low pressure of 11.6KPa (simulating an altitude of 15,240m) for 6 hours. The battery should not catch fire, explode or leak during this process.
ACEY-9001WB-800L battery high and low temperature test chambers are primarily used to evaluate battery performance, safety, and reliability in different temperature environments. They simulate the effects of extreme temperature conditions on batteries and ensure their adaptability in practical applications. High and low temperature test chambers are available in a variety of sizes and can be customized upon request.
