Glove box has many advantages in practice, which make it widely used in several fields. Here are some of the main advantages:

Environmental control: Glove boxes can provide a completely sealed environment, effectively controlling the internal atmosphere, such as oxygen, humidity and organic gas levels. This is vital when handling air sensitive materials as it prevents the material from reacting with moisture, oxygen or other harmful substances in the air.
Safe operation: Due to the sealed nature of the glove box, it protects the operator from hazardous chemicals and gases, and also prevents leakage of experimental substances into the external environment, thus safeguarding the laboratory.
Contamination-free operation: The environment inside the glove box maintains an extremely high level of cleanliness, which is especially important for experiments requiring extremely high purity. It avoids the intrusion of dust and other contaminants from the outside world, ensuring the accuracy and reliability of experimental results.
Material protection: For some environmentally sensitive materials, such as semiconductor materials, lithium battery materials, etc., the glove box provides a dust-free, humidity-free, oxygen-free environment that can effectively protect these materials from contamination and oxidation.
Improved efficiency: The design of the glove box allows the experimenter to operate directly through the gloves, which reduces cumbersome transfer steps and improves the efficiency and convenience of experimental operations.
Strong visibility: modern glove boxes are usually equipped with transparent windows, making the operation process visualization, convenient for experimenters to observe and monitor the experimental process, but also convenient for teaching and display.
Multifunctionality: Glove box can be equipped with different accessories according to different experimental needs, such as vacuum pump, gas purification system, temperature control system, etc., so that it can adapt to a variety of different experimental environment and working conditions.
Easy maintenance: Glove boxes are usually designed with easy cleaning and maintenance in mind, which helps to maintain long-term stable operation and prolong the service life of the equipment.
Cost saving: Although the initial investment in a glove box is high, in the long run it can save overall costs by reducing material waste in experiments and increasing the success rate of experiments.
Adaptable: Glove boxes can be used in many different experiments and research fields, such as chemical synthesis, materials science, biotechnology, pharmaceuticals, etc. They are adaptable and have a wide range of applications.
Due to these advantages, the glove box has become one of the indispensable equipments in modern laboratories, which plays an important role in guaranteeing experimental safety, improving experimental efficiency and ensuring experimental quality. With the continuous progress of science and technology, the function and performance of the glove box is also improving, and it will play a greater role in more fields in the future.