Product features

The laboratory glass bent adapter is a component of experimental instruments made of glass. It usually has a 90-degree bent structure with standard ground glass joints at the bottom, enabling the connection and redirection between instruments. Most of them are made of borosilicate glass, which features excellent chemical and thermal stability.

High Chemical Stability: It is resistant to corrosion from chemical reagents such as acids and alkalis. For example, a borosilicate glass bent adapter has an acid resistance grade of 1, a water resistance grade of 1, and an alkali resistance grade of A2, allowing it to be used in a variety of chemical environments.

Good Thermal Stability: It can withstand a certain range of temperature changes and is not prone to cracking due to alternating hot and cold conditions, making it suitable for experimental operations involving heating and cooling.

Excellent Sealing Performance: Thanks to the design of the ground glass joints, when combined with suitable stoppers or connected to other ground glass instruments, it can form a tight seal, preventing the leakage of gases and liquids.

Diverse Specifications: It comes in a variety of standard joint sizes (such as 14#, 19#, 24#, 29#, etc.), which can be adapted to different experimental instruments.

Product details

Strong Versatility: The standard joints enable it to be used in combination with a wide range of laboratory glass instruments, and it is widely applied in multidisciplinary experiments such as chemistry, biology, and materials science.

Easy to Operate: It is convenient to connect and disassemble, allowing for the rapid setup and adjustment of experimental setups, thereby improving experimental efficiency.

High Durability: The high-quality glass material ensures a long service life and reduces the cost of frequent instrument replacement.

Product specifications

Product applications

Distillation Experiment: Connect the round-bottom flask and the condenser, adjust the vertical layout of the device to ensure that the vapor can be smoothly introduced into the condenser for condensation and reflux, thereby achieving the separation and purification of liquid mixtures based on differences in boiling points.

Reflux Reaction: It is used to connect the reaction vessel and the condenser, enabling the vapor generated during the reaction to return to the reaction system after condensation. This extends the reaction time, increases the reaction yield, and maintains the material balance of the reaction system.

Instrument Connection: In complex experimental setups, when there are angular or positional deviations between the interfaces of different glass instruments, it can serve as a transitional connection component. It compensates for misalignments of the interfaces, ensuring a stable and leak-free connection of the entire setup.