Glass Vacuum Flow-control Adapter Bent with Glass Stopcock & Male Joint

The Glass Vacuum Flow-control Adapter 90 degree Bent with 2mm Glass Stopcock & Male Joint is a laboratory tool made of clear, high-quality borosilicate glass, featuring a 90-degree bent design, a 2mm glass stopcock, and a male joint that allows for a secure and precise connection between different pieces of laboratory glassware during vacuum applications.

The Glass Vacuum Flow-control Adapter 90 degree Bent with 2mm Glass Stopcock & Male Joint is a laboratory tool designed for use in vacuum applications. It is made of clear, high-quality borosilicate glass, which is known for its excellent thermal and chemical resistance.The adapter also features a 2mm glass stopcock, which is a valve made of glass that can be used to control the flow of gases or liquids during vacuum processes. The stopcock is attached to the adapter with a ground glass joint, ensuring a secure connection that is leak-free and airtight. The 2mm size of the stopcock makes it ideal for precise control of small volumes of gas or liquid.

The Glass Vacuum Flow-control Adapter 90 degree Bent with 2mm Glass Stopcock & Male Joint also features a male joint, which is a cylindrical end on the glassware that allows for a secure connection to other pieces of laboratory glassware with female joints. The male joint is ground to precise dimensions, ensuring a tight fit with other glassware components, such as a filter flask or a vacuum pump.

The adapter is typically used in conjunction with other pieces of laboratory glassware, such as a filter flask or a B眉chner funnel, in vacuum filtration applications. It provides a secure and precise connection between different pieces of glassware, allowing for efficient and accurate filtration.

Overall, the Glass Vacuum Flow-control Adapter 90 degree Bent with 2mm Glass Stopcock & Male Joint is a crucial tool in vacuum filtration applications. Its high-quality construction and precision components make it a reliable and effective tool for scientific experiments and laboratory work.