Description
Receiver Adapters, Plain Bend Short/Long are vital laboratory accessories designed to connect various pieces of apparatus in distillation, filtration, and reflux systems. Made from high-quality borosilicate glass, these receiver adapters feature a plain bend with either a short or long curve, making them ideal for directing vapors or liquids into receiving containers.
The simple, ergonomic design of these adapters allows for efficient handling of liquids and gases during laboratory experiments. The adapters offer flexible options for connecting to other equipment, making them perfect for use in complex setups or when precise fluid transfer is required. Their high-quality borosilicate glass construction ensures excellent resistance to thermal shock and chemicals, enhancing their durability for frequent use in demanding environments.
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Key Features:
1. Plain Bend Design (Short/Long):
The plain bend, available in both short and long variants, helps direct liquids and vapors into receiving containers with precision, preventing backflow and spills.
2. High-Quality Borosilicate Glass Construction:
Made from borosilicate glass, these adapters offer excellent resistance to heat, chemicals, and mechanical stress, ensuring durability and longevity.
3. Versatile Laboratory Use:
Ideal for use in distillation, filtration, reflux, and other laboratory processes that require the safe transfer of liquids and vapors.
4. Leak-Proof Connections:
Features precision-ground joints to ensure leak-proof and secure connections with other laboratory glassware and apparatus.
5. Choice of Short or Long Bend:
Available in short or long bend configurations to accommodate various laboratory setups and space constraints, providing maximum flexibility.
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Product Highlights:
Effective Fluid and Vapor Handling:
The plain bend design directs liquids and vapors efficiently into receiving containers, reducing the risk of spills or contamination during experiments.
Durable and Resilient:
Made from high-quality borosilicate glass, the receiver adapters can withstand high temperatures and exposure to chemicals without breaking or degrading.
Leak-Proof Seal:
Precision-ground joints ensure that the receiver adapter connects securely to other glassware, preventing leaks and ensuring safe operations.
Short and Long Bend Options:
The short and long bend variants provide flexibility in setup, allowing users to choose the best configuration for their specific applications and laboratory space.
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Applications:
1. Distillation:
Used in distillation setups to receive condensed vapors, the receiver adapters efficiently direct liquids into collection vessels without risk of contamination.
2. Filtration:
In filtration systems, receiver adapters help guide filtered liquids or gases into receiving containers, ensuring smooth and safe transfer.
3. Reflux and Condensation:
Essential in reflux and condensation setups, these adapters allow the safe transfer of liquids or gases while maintaining controlled conditions.
4. Chemical Reactions:
Receiver adapters facilitate the safe collection of products from chemical reactions, ensuring that vapors and liquids are directed efficiently and safely.
5. Laboratory Flow Systems:
Ideal for directing liquids or vapors through various parts of a flow system, allowing for the smooth movement of substances between laboratory apparatus.
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Why Choose Receiver Adapters, Plain Bend Short/Long?
Versatile Design:
Available in both short and long bend configurations, these adapters are adaptable to various laboratory setups, providing flexibility for different applications.
Leak-Proof and Secure Connections:
High-precision ground glass joints ensure airtight, leak-free connections with other laboratory equipment, enhancing the safety and reliability of experiments.
Durable Borosilicate Glass:
The borosilicate glass ensures resistance to thermal shock, chemicals, and mechanical stress, making the receiver adapters long-lasting and ideal for demanding environments.
Efficient Fluid and Vapor Transfer:
The plain bend design guarantees precise and controlled movement of liquids or vapors into receiving containers, minimizing spillage and contamination.
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