Tiếng Việt
1) Description
Scintillation vials are used in liquid scintigraphy, a method for measuring beta particles and other forms of radioactivity. Scintillation vials are used in a variety of fields including biochemistry for radioimmunoassay, environmental monitoring for radioactive contamination, and nuclear medicine for diagnostic testing.
2) Applications
Scintillation vials are indispensable tools in laboratories and research facilities, particularly suitable for radioisotope experiments, liquid scintillation counting, and numerous biochemical and molecular biology applications. These vials are commonly used to measure samples with low-energy beta and gamma radiation, and play a crucial role in drug metabolism, radioactivity detection, and environmental monitoring. Their transparency and chemical stability make them ideal for storing and handling sensitive samples, ensuring the accuracy and reliability of experimental results.
3) Features
▶ High-quality material : Made of low-potassium glass, ensuring high temperature resistance, chemical corrosion resistance, and excellent physical stability of the bottle, while meeting stringent laboratory usage standards.
► PP Cap : The equipped polypropylene (PP) cap ensures excellent sealing performance, preventing contamination or leakage of samples, while maintaining chemical inertness and non-reactivity with stored samples.
▶ High Transparency : The high transparency of the bottle ensures the visibility of the sample and facilitates observation and measurement, while improving light signal transmission performance and enhancing the accuracy of scintillation counting.
▶ Compatibility and Flexibility: This design adheres to the specifications of conventional liquid scintillation counters, is applicable to a wide range of experimental environments and conditions, and adapts to various experimental needs.
▶ Durability: Carefully designed and manufactured to ensure durability and reliability over long-term use, maintaining stable performance even under high pressure or high temperature conditions.
