Vertical fluidized bed tube furnace T1700-100I-T-V

The powder can be placed on the microporous ceramic plate, gas is introduced from the lower end of the furnace tube, and the sample powder was suspended in the heating zone through a microporous ceramic plate to carry out an experiment. The instrument adopts advanced PID intelligent temperature control, and the temperature control accuracy is ±1℃. The control interface is a 7-inch high-definition true color LCD touch screen, graphic display, visual operation interface, easy to operate and intuitive to use, can greatly improve your experimental efficiency. The application field is powder experiment. The technical parameters for the vertical fluidized bed tube furnace, designated as Model T1700-100I-T-V, provide a comprehensive overview of its capabilities. The furnace features a high-purity alumina furnace tube with a diameter of 100mm and a length of 1200mm. Within the furnace chamber, which extends to a length of 900mm, there is a heating zone of 600mm, which includes a 300mm constant temperature zone. The furnace can achieve and maintain operating temperatures of up to 1700℃ with a remarkable temperature control accuracy of ±1℃. Temperature regulation is executed through a 30 or 50 segment program temperature control system. The furnace incorporates an LCD touch screen display for efficient monitoring and control. It is sealed using a 304 stainless steel vacuum flange, with a flange interface designed to accommodate both a 1/4" ferrule connector (Ø8 pagoda-shape connector) and a KF16 vacuum port. The furnace operates under a vacuum level of 4.4E-3Pa and is compatible with a power supply of AC:220V at 50/60Hz, with a rated power of 10KW. These specifications position the vertical fluidized bed tube furnace as a versatile and highly precise instrument suitable for a range of experimental applications, particularly those requiring elevated temperatures.