AANIJ Aspirator Bottle

the AANIJ 10 L Aspirator Bottle, ASFSY0280 is a specialized laboratory container designed for the collection and dispensing of liquids through a vacuum suction system. With its practical design and reliable functionality, the aspirator bottle provides a versatile solution for a wide range of liquid handling applications in scientific and industrial settings. Crafted from high-quality materials such as borosilicate glass or durable plastic, the aspirator bottle is designed to be chemically resistant, autoclavable, and able to withstand the demands of vacuum suction. Its construction ensures the safe containment of liquids and compatibility with various solvents, acids, and other chemicals. The aspirator bottle features a cylindrical shape with a wide neck opening and a threaded cap or stopper for secure closure. The neck of the bottle typically has a serrated or barbed connection for attaching flexible tubing, allowing for the establishment of a vacuum connection. Some aspirator bottles may also include graduations or markings on the side for accurate measurement of liquid volumes. One of the key advantages of the aspirator bottle is its ability to create a vacuum suction system. By connecting the bottle to a vacuum source, such as a water aspirator or vacuum pump, the negative pressure generated inside the bottle allows for the efficient aspiration or suction of liquids. This makes it a valuable tool for tasks such as filtration, solvent extraction, or liquid transfer. The aspirator bottle is commonly used in laboratory applications such as cell culture, chromatography, or sample preparation. It facilitates the collection and removal of liquid waste, the separation of solids from liquids, or the filtration of particulate matter. Its versatile design allows for the attachment of different types of tubing or filtration setups to suit specific requirements. The aspirator bottle is also useful in industrial settings, particularly in chemical or pharmaceutical manufacturing processes. It can be employed for the transfer of liquids, the removal of waste or byproducts, or the creation of a vacuum environment for specific operations. Its robust construction and compatibility with a wide range of chemicals make it suitable for diverse industrial applications.