Autoclave Hydrothermal Reactor Hydrothermal Synthesis 50 ml Stainless

50ml,PTFE Lined Hydrothermal Synthesis Reactor,Stainless Steel Digestion Vessel Hydrothermal synthesis reactor, also known as digestion, pressure melting bombs, hydrothermal synthesis reactor, high temperature and pressure digestion vessels, PTFE high-pressure tank is in a certain temperature and pressure conditions, certain synthetic chemicals supplied reactor. It is widely used new materials, energy, environmental engineering and other fields of scientific research and experiments, is university teaching, scientific research units commonly used small reactors. 2. Feature The hydrothermal synthesis reactor using high-quality stainless steel processing. Kettle kettle lid body and sealed with durable, reliable cable seal structure, the sealing effect long-term stability without leakage. The hydrothermal synthesis reactor with external heating, to reduce the volume and more favorable reaction in the same reactor operating temperature (such as multiple reactor placed in an oven heated). 3. Main indicators (1). Operating temperature: 230c (2). Working pressure: 3MPa (gauge) (3). Heating, cooling rate: 5 c / min (4) specification 25,50,100,120,200 ml other customized according to user needs. 4 methods of operation The reaction means and the reactor body, and to ensure feeding coefficient is less than 0.8. When the Department of corrosive reaction when you want to put PTFE bush, can only be assured kettle body from corrosion. Hydrothermal synthesis reactor will be placed on the heater, in accordance with the provisions of the heating rate of heating to the desired reaction temperature (less than the required safety temperature). Completion of the reaction will be when its cool, but also in strict accordance with the provisions of the cooling rate operation, to facilitate the safety and reactor life. When confirmation of intra-abdominal temperature below the boiling point solvents reaction system can only open the tank lid after a follow-up operation. Hydrothermal synt