$50.09
$99.17
Double Glass Walled Reactor with Dosing System | Temperature Control | For Lab Synthesis & Catalysis Introduction: Double Glass Walled Reactor, also known as a jacketed glass reactor, is a type of laboratory equipment used for chemical reactions and other processes in the field of chemistry and research. It is a versatile tool that allows scientists and researchers to carry out reactions under controlled conditions. This Double Glass Walled Reactor with Dosing System is mainly used for synthetic reaction, distillation and concentration of different types of materials. Main Features and Advantage: ●High borosilicate glass 3.3 has good physical and chemical properties. ●Wide working temperature range: -80~200℃. ●Working pressure: -0.1 MPa to 0.0 MPa. ●Stainless steel hose connected to the jacket inlet/outlet. ●PTFE discharge valve. ●Stainless steel frame, corrosion resistant. ●SUS304 material tray (Optional). ●Low-pressure brushless DC motor, stepless speed regulation, long-life span, high efficiency, low maintenance. ●Intelligent controller and monitor, LED digital display of torque, temperature, time and rotation speed, easy to operate. ●RS485 communication interface on the control box can transfer the data to PC. ●Patented stirring shaft has high sealing efficient and long lift-span. ●PT100 temperature sensor has high control accuracy, SUS304 coated with PTFE tube, double anti-corrosion. ●PTFE stirring paddle, SUS304 coated with PTFE. Main Specifications of Reactor with Dosing System: Model GR-10/GR-10CE (Optional: GR-20/GR-50/GR-100) Vessel volume 10.0L Pressure in the vessel -0.1-0.0MPa Pressure in the jacket ≤0.03MPa Working temperature range -80-200℃ Condenser exchanging area 0.234 m² Vessel inlet/outlet DN15 Constant-pressure funnel volume 1.0L Display window LED Stirring speed 20-500rpm Stirring speed display accuracy ±1rpm Speed regulation accuracy Speed<=300r/min：±0.7% Speed>300r/min：±1% Max. torque 5.4N.m Motor power 370W Power supply 100-240V～,50/60Hz Fuse TSD 6.3A L (For 100-120V～) TSD 5A L (For 220-240V～) Ambient temperature 5-35℃ Relative humidity <=65% Protection grade of shell IP20 Anti-pollution grade 2 Sea level <=2000m Discharge height 320mm Dimensions 845W*640D*1780H mm Net weight 48kgs Warranty 12 months, lifetime support Certificate CE, ISO9001 Package information 195*70*82cm, 114kgs Optional Turnkey Solution: Vacuum Pump Temperature Control Unit Optional Function: Baffles — To improve mixing effect. Materials: Glass/Stainless Steel/PTFE coated. Feeding pump with hose — For easy to add materials.(Can be used as another liquid dosing solution besides the constant pressure dropping funnel.) PTFE Spray cleaning inside of reaction vessel. Which kinds of industry use this Reactor with Dosing System? Used in university laboratories for heating/cooling reaction materials, experimental synthesis, catalysis, or other chemical reactions under inert gas conditions. Used in energy for fuel cells, catalytic reactions, filtration and washing, etc. In biomedicine, it is used for chemical synthesis, reflux, distillation, concentration, crystallization, extraction, etc., and can be used in conjunction with a constant temperature circulator. Used in cosmetics for material dispersion, emulsification, homogenization, mixing, extraction, etc. Used for solvent recovery, single component distillation, multi-component distillation, distillation purification, or chemical synthesis in petrochemical industry. Applications of Double Glass Walled Reactor: Double-wall glass reactors have a wide range of applications in chemistry and research. They are used for chemical synthesis, crystallization, distillation, extraction, mixing, homogenization, photochemical reactions, solvothermal reactions, material synthesis, pharmaceutical research, and academic studies. They are also used for scale-up studies before moving to larger industrial-scale reactors. Benefits of Double Glass Walled Reactor: 1. Controlled reaction conditions. 2. Visual observation of reactions. 3. Safety due to the double-wall construction. 4. Versatility for various applications. 5. Scalability for process development. 6. Easy cleaning and maintenance. 7. Efficient heat transfer. 8. Corrosion resistance. 9. Cost-effectiveness. 10. Support for research and development efforts. Click to See More Content: Overview of Laboratory Glass Reactors PTFE Spray Cleaning Inside of Reaction Vessel Laboratory Glass Reactor Feeding Pump For More Options on Glass Reactors Click here [Glass Reactors Collection] For Solutions on Chemical Synthesis Click here [Chemical Synthesis Solutions Collection] Get In TouchFill out the form below — free quote and professional suggestion will be sent for reference very soon! Name Email* Message Send
Chemical Synthesis
