In experiments, glass rods can be used to transfer solid substances, such as removing solid reagents from reagent bottles and transferring them to other containers. The use of glass rods for transfer can prevent the loss or contamination of solid substances. Although not commonly used, in some experiments, glass rods can also be used to dip gas samples. For example, when detecting gas composition, a glass rod can be used to dip the gas and transfer it to the detection device.

In order to extend the service life of the glass rod and maintain its stable performance, it is necessary to carry out appropriate maintenance and upkeep. Regularly clean the glass rod to remove surface stains and residual substances. Avoid prolonged exposure to sunlight: Prolonged exposure to sunlight may cause discoloration or aging of the glass rod. Store the glass rod in a dry and ventilated place to avoid moisture or erosion by other chemicals.

Although glass rods are widely used in laboratories, their materials are relatively fragile, and collisions with hard objects may cause them to rupture or be damaged. Excessive temperature may cause deformation or rupture of the glass rod, so it is important to avoid exposing the glass rod to high temperature environments. The glass rod after use should be cleaned and wiped dry in a timely manner to prevent residual substances from affecting the next experiment.

Curved glass rods are mainly used for retrieving and placing small particles or powdered substances, such as solid reagents, transfer crystals, etc. Its curved design makes the operation process more convenient and safe. The stirring rod is usually short and has a thin end, used to stir solutions or mixed substances. The stirring rod is an indispensable tool in the experimental process as it can quickly and uniformly mix solutions.

Glass rod, as the name suggests, is mainly made of glass. This material has extremely high transparency and stability, allowing the glass rod to withstand various chemical tests in the laboratory without being easily damaged. At the same time, the surface of the glass rod is smooth and not easily adhered to the experimental material, thereby ensuring the accuracy and reliability of the experiment.