Unlike latex gloves, nitrile gloves are insoluble in non-polar solvents, (can effectively withstand alkane, cycloalkane non-polar reagents, such as n-pentane, n-hexane, cyclohexane, etc., most of these reagents are marked in green. It should be noted that for aromatic hydrocarbons, the protective performance of nitrile gloves varies greatly. For example, in benzene, degradation grade P, the overall grade of degradation and penetration of gloves is marked in red. In toluene, degradation grade F, penetration time 34 minutes, permeability F, marked in yellow. In xylene, degradation grade G, permeation time 96 minutes, permeability F, marked in green. 50% sodium hydroxide, 10% hydrochloric acid, 47% sulfuric acid (battery Acid), 30% hydrogen peroxide, etc. are marked as green, degradation grade E, penetration time > 360 minutes.

In order to prevent the gloves from slipping and improve the comfort of use, the palm of the anti-cutting gloves has been dipped. Among them, polyurethane gloves have thinner colloids and are generally used in horticultural and electronic industries with relatively high sensitivity requirements; latex gloves and nitrile gloves have relatively thick colloids, latex gloves have better anti-slip performance, and nitrile gloves have better oil-proof performance. In mechanical processing, logistics handling, oil depot operations, etc.