It turns out that pure natural latex is a kind of crystalline vulcanized rubber, the content is generally between 100,000 and 1.8 million, which is one of the reasons for the large price difference of latex gloves. In this molecular structure, the molecules are arranged into a soft net disk linear chain or carbon bond, constantly rotating and vibrating, making the molecular structure chain curl, and latex has unparalleled elasticity.

In other words, latex gloves of different well-known brands have different characteristics. In the range of 0~100℃, the elastic elongation of latex can reach 70~80%, and the elastic elongation of high-quality latex can reach 1000%. This is why latex gloves are full of elasticity! In the 350% expansion range, the rebound rate can reach 85%, that is, the uniform deformation is less than 15%.

In ancient history, vulcanized rubber gloves produced in the early stages became loose or sticky when heated or exposed to sunlight. During this period, the industrial production and use value of latex gloves such as the gold version was overwhelmed. However, the historical period is full of unexpected surprises. In 1839, foreigners added sulfur powder and bismuth lead carbon nitrate to latex, which not only solved the above problems, but also maintained its good elasticity, thus created the invention of rubber vulcanization, and clarified the unique practical value of latex in industrial production. Since then, pure natural latex has been widely used.

Although latex gloves are good, the storage method should be appropriate. In order to ensure the safety protection of latex gloves, please store them in a cool, dry, natural environment with natural ventilation to prevent overheating, sunlight, fluorescent tubes and direct X-rays. Due to the diversity of chemicals encountered, preventing injuries is a particularly complex issue. Acids, disinfectants, hydrocarbons, solvents, oils, lipids, and acetate have different chemical properties.