Fischer-Tropsch wax can be used in plastic processing, such as injection molding, extrusion and pelletizing industries. In the production process of masterbatch and modified plastics, Fischer-Tropsch wax contributes to the dispersion of fillers and excellent smoothness during mixing. It can be used as an external lubricant for PVC. The low viscosity can increase the production speed of the product. It helps to disperse the pigments and fillers during mixing. It is especially useful in the extrusion of high-viscosity systems. It is more than ordinary PE WAX. 40-50% less, and can significantly improve the surface gloss of the product. When using intense colors, the melted Fischer-Tropsch wax can effectively wet the dye and reduce the extrusion viscosity.
When used in the ink as a particulate powder, it can improve the wear resistance and wrinkle resistance of the applied material. When applied to the coating, it can have a wrinkling effect, and when used in a micro powder state, it can form a wrinkle effect of stripes and water lines. When powder coating resin is added, it plays a role of lubrication in the extrusion process, which can reduce screw torque, reduce energy consumption and improve production efficiency.
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In recent years, fluorescence-labeled cell imaging has been widely used in live imaging, toxicological pharmacological analysis, tumor and immune research, etc. This method can better analyze cell culture quality and cell activity, but the corresponding requirements for the instrument are also increasingly High, conventional cell counts can be given to the machine, but some analysis procedures still need to be done by the researchers themselves, such as determining bud proliferation, detecting viable cells, and so on. Therefore, we need more sophisticated and convenient analytical instruments.
One of these is the JuLITM Fluorescence Cell Analyzer, introduced by Korea's Bio-digital Co., Ltd. This instrument combines cell count and cell analysis functions and can perform cell imaging in both fluorescence and light. Therefore, it can be widely used in living cell imaging, cell migration assays, cell culture quality control and so on.
JuLITM Fluorescence Cell Analyzer also enables comprehensive analysis of fluorescent cells through new analysis, which makes the data such as bud proliferation analysis and live cell count more reliable. This instrument has a longer life: a blue LED with a life span of 5000 hours.
Another notable feature of this instrument is its ease of operation. The researchers first turned on the blue LED button, and then placed the culture plate on the JuLITM. After that, they could observe the result and acquire the image with a single key, after which the LCD screen was continuously stored. Cell images can be converted into image data, and images, images and other data can be easily transmitted to the PC through wireless fidelity technology. This process is simple and quick, which greatly reduces the labor intensity of researchers.
"Smart" Fluorescence Cell Analyzer
Cell counting and cell analysis are commonly used experimental methods in the field of cell biology, medicine, and other fields. Initial cell counting requires looking at a microscope, holding a counter, and counting one by one. Now, with the development of various cell counting instruments, this tedious The activities can be handed over to the machine.