Description
The Adapters, Cone to Rubber Tubing, Right Angle Connection are specialized laboratory components designed to facilitate fluid transfer between cone-shaped laboratory apparatus and rubber tubing. Featuring a right-angle connection, this adapter allows for a compact, efficient setup, optimizing space while maintaining a secure and leak-free fluid transfer pathway.
Ideal for various laboratory processes such as distillation, filtration, and chemical reactions, these adapters are designed for versatility and reliability. The unique right-angle design ensures smooth fluid movement while also providing an ergonomic solution for setups with space limitations or tight configurations.
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Key Features:
1. Cone to Rubber Tubing Right Angle Connection:
One end of the adapter is a precision-engineered cone that securely fits into laboratory glassware or apparatus, while the other end is designed for easy connection to rubber tubing at a 90-degree angle.
2. Space-Saving Right-Angle Design:
The right-angle connection optimizes space in the laboratory by minimizing the length of the tubing or apparatus needed, perfect for crowded setups or compact systems.
3. Secure and Leak-Proof Fit:
The cone-shaped end provides a tight, leak-proof seal, ensuring no liquid is lost during fluid transfer, which is essential for accurate and safe laboratory operations.
4. Durable and Chemical-Resistant Construction:
Made from high-quality, chemical-resistant materials, these adapters are durable and can withstand exposure to harsh chemicals, high temperatures, and frequent use.
5. Compatible with Standard Rubber Tubing:
These adapters fit standard rubber tubing sizes, providing flexibility and compatibility with most laboratory systems and setups.
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Product Highlights:
Right-Angle Fluid Transfer:
The right-angle configuration is perfect for space-constrained laboratory setups, ensuring fluid transfer is smooth without taking up unnecessary space.
Leak-Proof Seal:
The cone-to-tubing connection guarantees a secure, leak-proof seal, preventing contamination or loss of valuable fluids during experiments.
Versatile Laboratory Applications:
Suitable for various laboratory applications, including distillation, filtration, chemical reactions, and more, these adapters provide a reliable solution for fluid transfer.
High Durability:
Constructed from durable materials that resist chemical and physical stress, ensuring longevity and consistent performance even in demanding laboratory environments.
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Applications:
1. Distillation and Evaporation:
Ideal for connecting distillation or evaporation apparatus to rubber tubing, facilitating vapor and liquid transfer without leakage or spillages.
2. Chemical Reactions:
Useful for connecting reaction vessels to other lab equipment, such as condensers, without taking up valuable space or compromising safety.
3. Filtration Systems:
Perfect for filtration systems where space is limited and a right-angle connection is necessary for effective fluid transfer from one vessel to another.
4. Vacuum Systems:
Suitable for vacuum filtration or other vacuum systems where the fluid needs to be transferred through tubing at a right angle, ensuring minimal obstruction.
5. General Fluid Transfer:
Ideal for transferring liquids in various laboratory setups, including sample collection, solvent handling, and reagent mixing.
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Why Choose Adapters, Cone to Rubber Tubing, Right Angle Connection?
Space-Saving Design:
The right-angle connection minimizes space requirements in crowded laboratory setups, making it ideal for tight or constrained spaces.
Leak-Proof Performance:
The cone fitting ensures a tight and secure connection that prevents leaks, which is essential for maintaining safety and the integrity of experiments.
Versatility in Applications:
Whether used in distillation, filtration, or chemical reaction setups, these adapters provide an efficient solution for a variety of laboratory tasks.
Durable and Long-Lasting:
Built from high-quality materials that resist chemical damage and physical wear, these adapters ensure reliable and long-term performance.
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