Product Overview:
The OTF-1200X-IN-HPCVD is a 4-zone tube furnace that can be moved in the furnace tube (controlled by a stepper motor) and all electrical components are UL met CSA certified.
The outer diameter of the furnace tube is 50mm, the maximum working temperature of the equipment is 1200, the length of each temperature zone is 100mml, each temperature zone is controlled by an independent temperature control system, and 50 temperature rise and fall programs can be set, and the temperature control accuracy is +-1.
The position and temperature of the sample stage or crucible in the furnace tube are controlled via a touchscreen digital controller.
This device enables rapid heat treatments such as hybrid physicochemical deposition (HPCVD), rapid thermal evaporation (RTE), and horizontal Bridgeman crystal growth (HDC) in a variety of atmospheres for next-generation crystal research.
Product features: The furnace is equipped with a stepper motor, which moves the sample stage or crucible inside the furnace tube via a touchscreen digital controller.
The maximum temperature can reach 1200 °C.
Double-layer shell structure with air cooling system can effectively reduce the surface temperature of the shell.
The surface of the inner furnace is coated with a high-temperature alumina coating imported from the United States, which can improve the heating efficiency of the equipment and prolong the service life of the instrument.
Basic parameters: maximum temperature: 1200 (30min) Working temperature: 1100 • Recommended heating rate: 10 min • Heating zone length: total length 400mm, four heating zones, each heating zone length 100mm • Heating element: molybdenum-doped iron-chromium aluminum alloy • Voltage: 220V • Maximum power is: 35kw • 75mtorr temperature control system can be reached by mechanical pump:
The temperature is adjusted by PID, and 50 levels of temperature rise and fall program can be set • Overheating and couple break protection in the temperature control instrument • Instrument temperature control accuracy: + - 1 • Thermocouple model: K type.