Three major protective functions of heavy-duty chemical protective clothing

It can effectively protect against a variety of dangerous chemicals, including strong acids (such as sulfuric acid, hydrochloric acid), strong bases (such as sodium hydroxide) and various toxic and harmful organic solvents (such as benzene, toluene, acetone, etc.). The protection principle is made of special materials. The fabric of chemical protective clothing is generally a multi-layer composite material. For example, the outer layer is made of anti-wear and tear-resistant material, and the middle layer is made of chemical protective material, which can prevent the penetration of chemical substances.

For gaseous chemicals, such as chlorine, ammonia and other toxic and harmful gases, chemical protective clothing has good air tightness, which can prevent these gases from entering the interior of the protective clothing and ensure the user's breathing safety.

In terms of physical protection, it can resist a certain degree of mechanical damage. For example, its tough outer material can prevent puncture from sharp objects (such as metal fragments, glass, etc.), reducing the risk of accidental injuries to users in hazardous environments.

It can also provide a certain degree of thermal protection and play the role of heat insulation or warmth in high or low temperature environments. For example, when facing some high-temperature chemical reaction scenes or low-temperature chemical storage warehouses, maintaining a comfortable internal temperature environment.

For biological hazards, such as bacteria, viruses, etc., heavy-duty one-piece all-inclusive chemical protective clothing also has certain protective capabilities. Its compact structure and special materials prevent contact with biological contaminants, playing an important role in situations such as handling biochemistry laboratory waste or responding to bioterrorism attack scenarios.