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    GEL

    Gel Reagent: “Clean serum/plasma separation”

    Serum Seperation Gel for Blood Collection Tubes

     

    Gel Reagent is designed to be used inside blood collection tubes to enable efficient separation of serum or plasma from blood cells. It ensures clean separation and preserves sample integrity for accurate laboratory testing.

    Product Name

    SERA GEL SA-100

    Efficacy / Purpose

    Facilitates separation of serum or plasma from blood cells
    Maintains sample stability during handling and storage
    Ensures accurate and reproducible laboratory results

    Usage and Application

    For use in blood collection tubes according to standard laboratory procedures
    After centrifugation, forms a stable barrier between blood cells and serum/plasma
    Suitable for clinical diagnostics, biochemical assays, and research applications

     

    Ingredients and Content

    Polymer gel with density optimized for blood separation

    Packaging Unit

    The packaging is a plastic container holding 20 kg of gel. 
    (The total weight including the container is 22 kg).

    Advantages

     

    Mobility Control
    BSK product utilizes a modified urea additive with good performance in controlling thixotropic properties. This additive enhances the fluidity of the gel when subjected to pressure above a certain level or temperatures exceeding 80 °C, but it does not flow or move when contained. This characteristic minimizes bubble formation during tube filling and allows for effective blood separation. Below 50 °C, the viscosity remains stable, and no fluidity occurs along the walls of the tube.

     

    BubbleFree Filling

    During the filling process in the equipment, we apply a certain temperature and then use vacuum to perform degassing. If your production equipment for the gel tank has a temperature control system or a vacuum device for the inside of the gel tank, bubble formation will not occur during tube filling. The gel we produce has properties that enhance fluidity when subjected to temperature and pressure, resulting in no bubble formation during filling.

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