Features: PTFE lining can bear high temperature and high pressure, corrosion resistance, almost insoluble in all solvents, physical inert. Hydrothermal synthesis reactor, it is widely used in new materials, energy, environmental engineering and other fields of scientific research and experiments, is the university teaching, research institutions commonly used small reactor. Hydro-thermal synthesis reactor is a closed vessel, capable of decomposing insoluble substances. It can be used for sample dissolution pre-treatment in analysis like atomic absorption spectroscopy and plasma emission. Also, it can be used for synthesis of small doses. Achieving the purpose of rapid digestion of insoluble substances by taking advantage of strong acid/alkali, high temperature and pressure confined environment available. It's helpful in dissolving samples in the determination of trace elements. Specification: Condition:100% Brand New Item Type:Hydrothermal Autoclave Reactor Material:304 Stainless Steel + PTFE Liner Color: As shown in the picture Maximum Pressure: 3Mpa Security Pressure: 2Mpa Maximum Temperature: 200 Security Temperature: 180 Heating, Cooling Rate: 5 / min Use: External heating Capacity: 25ml What is PTFE? Poly tetra fluoroethylene,polymer compound made from tetrafluoroethylene, which has excellent chemical stability and corrosion resistance, is one of the best materials for corrosion resistance in the world. No poison - Physical inert Non adhesion - the smallest surface tension in solid materials High lubrication - the lowest coefficient of friction in solid materials High temperature and low temperature resistance - the working temperature can reach 250 degrees centigrade, even if the temperature drops to -196 C, it can maintain 5% elongation Corrosion resistance - almost insoluble in all solvents Thickening kettle bottom: high security, high pressure resistance and prevent cracking Strong sealing: prevent leakage circular groove seal safe use Operation Method: 1. Place the synthetic reactor in the heater and raise the temperature to the required temperature ( less than the prescribed safe temperature ) 2. At the end of the reaction, the cooling rate should be 5c/min strictly in order to avoid damaging the reactor. 3. After confirming the temperature in the kettle is lower than the boiling point of the solvent in the reactant, loosen the cover of the kettle, and then open the cover of the kettle. 4. Pour the reactant into the PTFE liner and ensure that the feeding is less than 80%, and for the first time must less than 30% 5. Install the kettle body correctly and tighten the kettle cover.The hydrothermal synthesis reactor is placed on a heater and heated to the desired reaction temperature (less than the required safe temperature) at the rate specified. 6. When the reaction is complete, it should be cooled, and the cooling rate should be strictly followed to ensure safety and the service life of the reactor. 7. When confirming that the temperature in the abdominal cavity is below the boiling point, the solvent reaction system can only open the lid after subsequent operations. 8. The hydrothermal synthesis reactor should be cleaned after each use to avoid corrosion. The sealing line of the kettle body and lid should be kept clean to prevent any turbulence. Package List: 1 xHydrothermal Autoclave Reactor(5 parts) 1xBoost Rod Note: Suggested Heater: It is recommended use a heater with programmed heating, muffle furnace is not recommended, because of temperature overshooting and temperature heating rate exceed the limit will lead to melting of the lining. 1PTFE lining can bear high temperature and high pressure, corrosion resistance, almost insoluble in all solvents, physical inert. 2Hydrothermal synthesis reactor, it is widely used in new materials, energy, environmental engineering and other fields of scientific research and experiments, is the university teaching, research institutions commonly used small reactor. 3Hydro-thermal synthesis reactor is a closed vessel, capable of decomposing insoluble substances. 4It's helpful in dissolving samples in the determination of trace elements. 5Also, it can be used for synthesis of small doses. Achieving the purpose of rapid digestion of insoluble substances by taking advantage of strong acid/alkali, high temperature and pressure confined environment available.