Integrated High-Temperature Atmosphere Reaction and Quenching Treatment System
Model: NBD-LT1700-60TID3ZY10LW-N
Specifications
This equipment is a vertical tube furnace for high-temperature reduction or oxidation, model NBD-LT1700-60TID3ZY10LW-N, powered by a 380V, 50Hz power supply with a rated power of 10KW and temperature control accuracy of ±1°C. The heating element is silicon-molybdenum rods, equipped with a Φ8150mm Type B thermocouple sensor, with a maximum temperature of 1700°C, a rated operating temperature of 1650°C, and a recommended heating rate not exceeding 10°C/min. The device features a single temperature zone and single control structure, with a zone length of 400mm and a furnace tube made of Φ601100mm corundum. The gas inlet is configured with 3 nitrogen-calibrated mass flow controllers, with carbon monoxide and carbon dioxide inlet flow rates of 500SCCM each, and a nitrogen inlet flow rate of 2000SCCM. The gas inlet uses a Φ6.35 double ferrule, the vacuum port adopts a KF16 interface, and the vacuum pump has a pumping rate of 4L/s.
Description
This system is a high-end comprehensive laboratory platform integrating high-temperature reaction, rapid quenching, precise gas distribution, online safety monitoring, and active exhaust gas purification. Based on a standard atmosphere tube furnace, it innovatively incorporates a quenching module, enabling researchers to rapidly cool materials immediately after high-temperature synthesis or heat treatment in a precisely controlled atmosphere, thereby "freezing" high-temperature phases, regulating the material's microstructure, and achieving specific properties. This system is particularly suitable for studying phase transition processes, synthesizing metastable materials, and providing a comprehensive safety solution for handling hazardous gases such as carbon monoxide and carbon dioxide.
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