Serum bottles are indispensable tools in laboratories, playing a crucial role in serum storage. Their design and materials also offer numerous conveniences for laboratory operations.
1. Low-Temperature Resistance
Serum bottles are typically made from PETG or PET materials, which exhibit excellent low-temperature resistance, allowing them to be safely stored at -80°C. This characteristic ensures the stability and safety of serum during long-term storage, effectively preventing changes in serum components and degradation of quality.
2. User-Friendly Design
Serum bottles are often designed with a square shape, which conforms to ergonomic principles, making them easier to grip and reducing operational fatigue in the laboratory. Additionally, the square design facilitates stacking, saving laboratory space and optimizing layout and management.

3. Transparent Body
Thanks to the excellent properties of the materials used, serum bottles feature a transparent body that allows laboratory personnel to observe the serum's condition, such as color and clarity. This visibility enables quick assessment of serum quality and identification of any abnormalities. The transparent feature ensures the accuracy of experimental results and the smooth progress of experimental procedures, providing reliable support for scientific research.
In summary, serum bottles play a key role in laboratories. Their low-temperature resistance, user-friendly design, and transparent body characteristics provide essential support and convenience for serum storage, management, and experimental processes.