Specific application of double-layer glass reactor classification
Double-layer glass reactor vessels are ideal laboratory equipment tools for modern chemistry, fine chemicals, biopharmaceuticals, new material synthesis, testing and production.
Jacketed glass reactor vessels can be divided into two categories depending on the volume, one is a small glass reactor and the other is a large glass reactor.
We usually refer to a small glass reactor of 10 L or less, and a large glass reactor of 10 L or more (including 10 L).
Since they are divided into two categories, they have their own uses, and then we will briefly introduce the workplace and functions for small glass reactors and large glass reactors.
S-1L Jacketed glass reactor
Small glass reactor:
The small-capacity double-layer glass reactor is generally used in school laboratories and test experiments, so that the amount of experimental materials required is greatly reduced, and the normal operation of the experiment and the test of the experimental results are ensured.
S-100L Jacketed glass reactor
Large glass reactor:
The large-capacity double-layer glass reactor is mainly used in modern synthetic chemical, bio-pharmaceutical and new material preparation and in large-scale reaction experimental plants, and can be produced in large quantities.
So when you choose to buy a glass reactor, you should purchase it according to your actual needs!
Although the double-glazed reactors are classified, their substantive effects are unchanged, and the following is an introduction to their common features:
1. The glass interlayer interface is connected to the hot oil through the circulation, which can be used for heating reaction, and the low-temperature reaction can be carried out by using the frozen liquid.
2. The lower discharge port has a flange mouth and a polytetrafluoroethylene valve. There is no dead angle in the container, and it can be disassembled to facilitate the discharge of solid materials.
3. The complete glass instrument is designed and produced by GG17|GG3.3 borosilicate glass, which has good chemical and physical properties.
4. Frequency control, AC induction motor. Constant speed, no brush, no spark, safe and stable, can work continuously.
5. It can react at room temperature, and it can quickly take away the reflected heat when it is connected to tap water.
6. Five-port reactor cover, the extra-large port design is easy to clean, and the standard port socket can be assembled and reflowed, and the distillation synthesis device.
7. The complete set of equipment, the contact with the reaction materials are glass and tetrafluoroethylene, high strength acid and alkali resistance, which makes the experiment more successful.