Project background:

In chemical R & D laboratories, electrostatic interference has become a key factor affecting precision weighing. When experimenters use a high-precision electronic analytical balance to perform milligram-level measurements on dried reagent bottles, they often face the dilemma of continuous drift and difficulty in stabilizing the readings. This is mainly due to the reagent bottle in the handling and placement process due to friction and accumulation of static charge, in the balance and container between the formation of additional electrostatic field, interfere with the accurate measurement of the weighing system.

Solution:

In order to solve these 1 problems, it is an effective solution to install a space static eliminator in the weighing area of the electronic balance. The device uses high-voltage field ionization technology, which can ionize air molecules without wind assistance and continuously produce a large number of positive and negative ions. These charged particles naturally diffuse to the surface of the reagent bottle under the action of the electric field, effectively neutralize the accumulated static electricity, and eliminate the interference factors from the source.

Implementation effect:

The practical application shows that after the installation of static elimination equipment, the balance reading is immediately restored to stability, and the repeatability of the measurement results is significantly improved. This not only ensures the accuracy of experimental data, but also reduces the duplication of experiments and waste of reagents caused by weighing errors, and greatly improves the efficiency of research and development. Static elimination technology creates an ideal static-free environment for precision weighing and becomes an indispensable and important equipment for chemical laboratories.