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Flow Control Adapter PTFE Stopcock 24/40 Inner Chemglass CG-1029-01 Gas Flow
Flow Control Adapter PTFE Stopcock 24/40 Inner Chemglass CG-1029-01 Gas Flow
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Chemglass CG-1029-01 Flow Control Adapter with PTFE Stopcock, 24/40 Inner Joint
Item Description
Enhance your laboratory precision with the Chemglass CG-1029-01 Flow Control Adapter. Designed for seamless integration into your lab setup, this adapter is perfect for regulating the flow of gases or liquids in reaction systems. Its robust construction and versatile applications make it an essential tool for researchers, chemists, and educators.
Key Features:
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PTFE Stopcock: Equipped with a 2mm bore PTFE stopcock for precise flow control, ensuring accuracy and reliability in your experiments.
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24/40 Inner Joint: Compatible with a wide range of laboratory glassware for easy integration into existing setups.
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Serrated Hose Connection: Features an 8mm outer diameter at the middle serration for secure and efficient hose attachment.
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Durable Borosilicate Glass: Offers excellent chemical resistance and thermal stability, ensuring long-lasting performance.
Applications:
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Gas Flow Regulation: Ideal for controlling the flow of inert gases like nitrogen or argon into reaction vessels.
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Liquid Transfer: Facilitates the precise addition of liquids into closed systems without contamination.
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Vacuum Systems: Perfect for use in vacuum filtration setups, ensuring controlled flow and system integrity.
Experiment Ideas:
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Gas Purging: Use the adapter to introduce inert gases into reaction vessels, creating an oxygen-free environment for sensitive reactions.
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Controlled Liquid Addition: Safely add reagents to a reaction vessel under controlled conditions, minimizing the risk of contamination.
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Vacuum Filtration: Connect the adapter to a filtration funnel and vacuum source for efficient and clean filtration processes.
Why Choose Chemglass CG-1029-01?
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Trusted by professionals for its precision and reliability.
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Compatible with a wide range of laboratory setups.
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Designed to meet the rigorous demands of modern scientific research.





