Description
The Lids for Reaction Flasks with Flat Flange (100 mm I.D., 150 mm O.D.) are expertly designed to provide a secure, airtight seal for your laboratory reaction flasks. Constructed from high-quality, durable materials, these lids are equipped with multiple sockets to accommodate various laboratory apparatus such as thermometers, bubblers, inlet/outlet tubes, and stirrers, making them ideal for diverse chemical reaction processes.
The flat flange design ensures a stable and secure attachment to the flask, preventing leaks or contamination during experiments. These lids are particularly useful for large-scale reactions requiring multiple connections and precise control over temperature, pressure, and reagent additions.
Key Features:
Flat Flange Design:
The flat flange (100 mm I.D., 150 mm O.D.) ensures an optimal and secure fit on your reaction flask. This design guarantees an airtight seal, preventing any loss of material or contamination during experiments.
Multiple Sockets:
Equipped with multiple sockets, this lid allows for the attachment of various laboratory devices such as thermometers, vacuum tubes, gas inlet/outlet tubes, stirrers, and more, providing flexibility for different experimental setups.
Durable Construction:
Made from high-quality, chemical-resistant materials, this lid is built to withstand the rigors of laboratory environments and can handle exposure to a wide range of chemicals and temperatures.
Versatile Laboratory Use:
These lids are suitable for a range of applications, including chemical synthesis, distillation, reaction monitoring, and vacuum processes, making them highly versatile for any laboratory setting.
Secure Seal:
The flat flange and multiple socket design ensure that the lid fits securely onto the reaction flask, offering a tight, leak-proof seal that prevents contamination and ensures precise control during experiments.
Product Highlights:
Multiple Socket Design for Versatility:
The multiple sockets provide flexibility to connect various laboratory instruments such as inlet tubes, gas lines, stirrers, or thermometers, enhancing the versatility of the reaction flask setup.
Optimal Fit with Flat Flange:
The flat flange (100 mm I.D., 150 mm O.D.) allows for a stable and secure attachment to your reaction flask, preventing leakage and ensuring the safety and efficiency of your experiments.
Chemical and Temperature Resistance:
Made from high-quality materials, this lid is designed to resist chemical reactions, high temperatures, and pressure, making it ideal for use in synthesis, distillation, and reaction monitoring.
Designed for Large-Scale Reactions:
The multiple socket design is especially useful for handling large-scale reactions, where different apparatus need to be connected simultaneously, allowing for greater control and precision.
Applications:
Chemical Synthesis:
Ideal for chemical synthesis experiments, where precise control over temperature, pressure, and reagent additions is required.
Distillation Processes:
The lid is designed for distillation setups, allowing for the secure attachment of distillation columns, thermometers, and other instruments.
Vacuum and Pressure Control:
Suitable for reactions requiring vacuum or pressure control, where multiple apparatus must be connected for accurate monitoring and adjustment.
General Laboratory Reactions:
Perfect for any laboratory reaction requiring secure sealing and the attachment of various instruments, such as gas inlet/outlet tubes or stirrers.
Why Choose the Lids for Reaction Flasks with Multiple Sockets?
1. Versatile and Flexible Design:
With multiple sockets, these lids offer flexibility in connecting various laboratory instruments, making them an essential tool for chemical synthesis, vacuum distillation, and more.
2. Enhanced Seal for Secure Reactions:
The flat flange design ensures an airtight seal, preventing the loss of materials or contamination during reactions, while the multiple connections offer convenience and versatility.
3. Durable and Resistant:
Made from high-quality, chemical-resistant materials, these lids are built to withstand the demands of high-temperature and high-pressure reactions.
4. Reliable and Secure Setup:
The secure fit and multiple sockets make these lids perfect for setting up complex chemical reactions and experiments that require precise monitoring and handling.
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