In medical, laboratory and certain industrial environments, workers often need to wear protective gloves for a long time. Among them, purified nitrile protective gloves are favored for their outstanding chemical resistance, puncture resistance and durability. However, for users who wear them for a long time, the air permeability and hygroscopicity of the gloves are obviously important, which will directly affect whether the hands will feel stuffy or wet.
The design of purified nitrile protective gloves fully considers the needs of air permeability and hygroscopicity. Nitrile material itself has a certain air permeability, which means that there is a certain amount of air circulation between the inside of the glove and the outside world. This design helps to reduce the stuffiness of the hands during long-term wear.
At the same time, in order to further improve the hygroscopicity of the gloves, modern purified nitrile protective gloves often use special coatings or treatment processes. These technologies can increase the number of micropores on the surface of the gloves, improve air permeability and hygroscopicity. When the hands sweat, these micropores can quickly absorb and discharge the sweat, keeping the hands dry and comfortable.
Of course, the air permeability and hygroscopicity of the gloves are also affected by other factors, such as the thickness, size and wearing method of the gloves. Thinner gloves are generally more breathable, but may sacrifice some durability. Therefore, when choosing gloves, users need to weigh their actual needs.
To ensure the comfort of gloves during long-term wear, users can also take some additional measures. For example, change gloves regularly and avoid wearing the same pair of gloves continuously for a long time. When taking a break, you can take off the gloves and hang them in a ventilated place so that the moisture inside the gloves can evaporate.