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Product Infomation
Product Name 3D Coaxial Capillary Droplet Generation Chip, Gas-in-Water-in-Oil (G/W/O)
Catalog Number MC-SPC-028
Description The oil-in-water-in-gas (G/W/O) composite droplet preparation chip is a 3D coaxial droplet chip assembled using glass capillaries in a tube-in-tube configuration. It features one oil-phase inlet, one water-phase inlet, one gas-phase inlet, one cleaning port, and one collection port. By precisely adjusting the flow rates of the oil, water, and gas, it enables the precise generation of G/W/O composite droplets of varying sizes and structures.
Applications The lightweight nature of hollow particles makes them an ideal choice for lightweight materials, such as lightweight composites used in aerospace, automotive, and other industries. Hollow particles can serve as ultrasound contrast agents, enhancing the clarity and accuracy of ultrasound imaging. The high specific surface area and compressibility of hollow particles confer excellent adsorption properties during water treatment, making them suitable for removing pollutants from wastewater. Hollow particles can encapsulate drugs to achieve sustained-release and targeted delivery, thereby improving therapeutic efficacy and reducing side effects.
Features Compared to traditional methods, oil-in-water-in-gas (G/W/O) composite droplets assembled using 3D coaxial glass capillary arrays allow for precise control over droplet shell thickness, particle size, and uniformity.
Droplet Diameter Customizable
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For Research or Industrial Raw Materials, Not For Personal Medical Use!
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