Water resources are an important foundation for human survival and ecosystem balance, and with the acceleration of industrialization, the problem of water pollution has become increasingly serious. In order to accurately assess the water quality situation and formulate scientific management measures, water quality analysis has become one of the core links in environmental protection work. […]

Autosampler vials play a vital role in analytical experiments such as high-performance liquid chromatography (HPLC) and gas chromatography-mass spectrometry (GC-MS) as containers for the transfer of sample storage cassettes. It not only affects the efficiency of experimental operation, but also directly relates to the accuracy and reliability of data. With the development of analytical technology, […]

💦  Introduction Double ended vials are special containers with two spouts, commonly used in applications where simultaneous addition and extraction, and sealing of the same remainder are required. Compared with the traditional single spout reagent bottles, double ended vials are more flexible and functional in design, which can significantly improve the operational efficiency and safety […]

In modern industrial production, accurate measurement is a key link to ensure product quality and productivity. However, the traditional manual or semi-automatic metering methods often have large errors, low efficiency, difficult to manage and other problems, and it is difficult to meet the high standard of production requirements. V-vials automatic metering system came into being, […]

✒️ Introduction Double ended vials are specially designed laboratory containers with openings at both ends, usually equipped with removable sealing caps or spacers. This configuration allows the user to load or remove samples from either section, increasing operational flexibility and convenience. Double ended vials are usually made of high purity glass or chemically resistant plastics […]

In modern biomedical and material science, how to effectively encapsulate and stably store active substances has always been a central challenge. However, traditional encapsulation methods are often difficult to balance stability, targeting and bioavailability, which restricts the application and promotion of many innovative therapies. Although encapsulation technologies such as liposomes and polymer microspheres have made […]

🎁 Introduction Scintillation vials are specialized containers for the storage and detection of radioactive samples and are widely used in scientific research, medical diagnostics and the nuclear industry. It is designed to effectively capture photons generated by radioactive decay, providing critical support for liquid scintillation counting technology. Scintillation vials play an irreplaceable role in nuclear […]

Radiation detection plays a crucial role in fields such as medical diagnosis, environmental monitoring, and nuclear safety. However, the existing scintillation vial technology still faces many challenges in practical applications, which affect its performance in complex environments and high-precision scenarios. In recent years, the rapid development of nanotechnology has provided new ideas for addressing these […]

🫙 Introduction In the laboratory, scintillation vials are widely used for radioisotope experiments, liquid scintillation counting and other high-precision chemical analyses. Not only do they need to be chemically resistant, they must also ensure safe storage and accurate measurement of samples. Leak-proof design is crucial during experiments. Inadequate sealing of the vials may lead to […]

Scintillation vials are an important tool used in laboratories to detect and measure radioactive substances in liquid samples. Proper selection and use can significantly affect the accuracy and reproducibility of experimental data. In radiological research, scintillation vials are used in conjunction with scintillation liquids to convert radioactive radiation into a measurable light signal, making them […]