In the high – tech realm of precision instrument manufacturing, where every detail counts, the demand for specialized protective gear like Lijingjie nitrile gloves has become increasingly meticulous. Among the various quality control aspects, halogen content requirements have emerged as a critical factor, attracting widespread attention from both manufacturers and end – users.
From a regulatory and standards perspective, although there are no specific standards solely dedicated to halogen content in nitrile gloves for precision instrument manufacturing, relevant norms from related industries play a guiding role. The International Electrotechnical Commission (IEC) has stipulated in its standards that for electrical and electronic products, the content of chlorine (Cl) and bromine (Br) should not exceed 900 parts per million (ppm) respectively, and the combined content of the two should not exceed 1500 ppm. Given the close ties between precision instrument manufacturing and the electrical and electronic industry, and the even more stringent requirements for halogen control in precision instrument manufacturing, Lijingjie nitrile gloves typically need to adhere to similar strict standards.
However, the industry’s de facto norms go beyond these basic requirements. In actual production scenarios within the precision instrument manufacturing industry, there is an overwhelming expectation that the halogen content of nitrile gloves should be far lower than the IEC – set limits. Generally, it is required that the chlorine content be below 500 ppm, and the bromine content also below 500 ppm, with some high – end manufacturing processes even demanding even lower levels. These strict requirements aim to minimize the potential impact of halogens on precision instruments, thereby ensuring the high precision and reliability that these instruments are renowned for.
The reason behind such exacting halogen content requirements for nitrile gloves lies in the potential hazards halogens pose to precision instruments. Halogens can corrode the components of precision instruments, which in turn affects the performance and accuracy of the instruments. Moreover, during the operation of these instruments, halogens may release harmful gases, posing risks to both the environment and human health. As precision instrument manufacturing continues to pursue higher levels of accuracy and reliability, the strict control of halogen content in nitrile gloves has become an indispensable part of the production process, highlighting the industry’s commitment to quality and safety.
Post time: May-12-2025