Medical instrument Vacuum Glass Reactor 1L 2L 5L Mixing Glass Reactor Variable frequency speed control glass reaction

Product Description:

HF- series variable frequency adjustable speed glass reactor is mainly used for the synthesis of materials. By injecting circulating liquid at certain temperature into the jacket kettle of the reactor, materials in the inner layer of the reactor can react at the required temperature.As required, the kettle can be pumped to vacuum to make the material react under negative pressure.By adjusting the valve on the outlet pipe of the constant pressure funnel, the uniform drip of the material can be controlled.The heat exchange function of the condenser can be used for distillation to recover the reaction products.

Applications:

• Biological Research: Cell disruption, DNA shearing, and enzyme extraction.
• Chemical and Pharmaceutical: Nanoemulsions, dispersing powders, and improving reaction rates.
• Food and Beverage: Emulsifying, stabilizing, and enhancing flavors.
• Environmental Studies: Sample preparation for water quality analysis or soil testing.

Features:

The glass parts are made of high borosilicate glass with excellent corrosion resistance, high and low temperature resistance and low linear expansion coefficient big thermal shock; Detachable sample valve, easy to discharge the reactor materials; Standardized connection mode, convenient and quick disassembly; The temperature and vacuum testing unit is convenient to accurately grasp the temperature and vacuum degree in the kettle; Under the condition of vacuum pumping, the negative pressure can reach 0.095mpa; Overhead imported quality agitator and mixing bearing; All parts touch the liquid are made of high borosilicate glass or PTFE, with excellent corrosion resistance; 316 stainless steel tray for easy feeding.

Support and Services:

Benefits: Ultrasonic homogenizers provide a fast, efficient, and reproducible method for particle reduction without the need for chemicals or extensive preparation. They are advantageous for processing a wide range of sample volumes and for applications requiring high reproducibility and precision.