As the core of protective gloves, the ”fully immersed nitrile curing“ process is the ”strength responsibility" of this glove.Unlike ordinary nitrile gloves, which are only coated with nitrile on the fingertips or palms, this glove uses a “full immersion" process. The outer layer from the fingertips to the cuffs is completely covered with nitrile material, and then cured at high temperature to form a uniform, dense and tough protective film.This layer of protective film has three core protective capabilities: first, it is anti-chemical corrosion and can resist common acids, alkalis, solvents and other chemical substances. In chemical laboratories, when researchers configure chemical reagents, even if they accidentally come into contact with low-concentration hydrochloric acid, ethanol and other reagents, the nitrile coating can effectively block and prevent chemical substances from penetrating into the surface of the skin to avoid burns; Second, it is anti-wear and tear-resistant, and the curing treatment allows the hardness and toughness of the nitrile coating to be balanced. In machining scenarios, when workers use tools such as wrenches and pliers, the surface of the gloves rub frequently with metal instruments, and it is not easy to wear and crack. Service life It is more than 50% longer than ordinary nitrile gloves; the third is that the non-slip performance is excellent, and the surface of the nitrile coating is designed with a delicate texture, which can enhance the friction between the hands and tools and ingredients in a humid and greasy environment. For example, in the back kitchen of a restaurant, when the chef wears gloves to take smooth porcelain plates and stainless steel pots and pans, even if the hands are stained with cooking oil, they can be firmly held to avoid the tableware from slipping and breaking.