Linbel Instrument collaborates with Shanghai University
Shanghai University has purchased two GR-100L glass reactor and one GR-50L glass reactor produced by Linbel Instrument, as well as two GDX-100/80 dynamic temperature control system and one GDX-50/80 dynamic temperature control system and other supporting equipment.
The cooperation case between high and low temperature integrated machines and glass reactor has been widely applied in multiple scientific research and industrial production fields. Here are a few specific cases:
1. In the field of chemical synthesis:
In the process of synthesizing silicone resin, precise control of temperature and stirring speed is required to ensure efficient reaction. The high and low temperature integrated machine achieves precise temperature control and stirring of raw materials by providing a stable temperature environment and cooperating with a glass reactor. This not only improves the efficiency of the polymerization reaction, but also ensures the quality and stability of the synthesized silicone resin.
2. In the field of drug synthesis:
In the process of drug development, temperature is a key factor affecting the efficiency and purity of drug synthesis. The combination of high and low temperature integrated machines and glass reactor can achieve precise temperature regulation of different steps in drug synthesis, thereby improving synthesis efficiency and product purity. In addition, this combination is also suitable for experiments such as crystal growth and solubility of drugs, providing strong support for drug development.
3. In the field of biotechnology:
In bioengineering experiments such as cell culture and fermentation, the high-low temperature integrated machine and glass reactor jointly provide a constant temperature environment for cells, ensuring the stability of cell growth and the quality of products. In addition, this combination can also be used for temperature control of bioreactors, achieving precise regulation of biological processes.
In addition to the above fields, the cooperation between high and low temperature integrated machines and glass reactor also plays an important role in multiple fields such as petrochemicals and new material synthesis. They meet the needs of various complex experiments and production processes by providing a stable temperature environment and precise temperature control functions.
