When users use the glove box to do experiments, they hope to minimize the influence of moisture and oxygen on the experiment, which requires a glove box with a lower water and oxygen content. In order to obtain extremely low water oxygen content, it is necessary to design a purification system with a stronger adsorption capacity, and at the same time, the glove box is sealed to the best. Only in this way can a glove box with water and oxygen content below 0.1 ppm be obtained.
Therefore, seeking a glove box high-purification adsorption device whose water oxygen content can be as low as 0.1 ppm is an urgent problem for the entire industry.
In order to improve the adsorption capacity of the purification system, the amount of adsorption material must be increased. How to increase the amount of adsorption material in a limited space? The traditional dual-column purification system has been modified so that it can participate in the cycle separately and at the same time. . When participating in the cycle at the same time, it is equivalent to twice the original adsorption material, which greatly improves the adsorption capacity. A glove box high purification adsorption device whose water oxygen content can be as low as 0.1 ppm or less.
The beneficial effects of the glove box high purification adsorption device are mainly manifested as: the super purification glove box breaks the traditional double-column concept, makes the purification material can increase the cost, greatly improves the adsorption capacity of the purification system, and enables users to obtain high purity inertness.
