Laboratory CVD Furnace with water cooling flange and two gas way mixer O1200-50IT-2Z10V

The O1200-50IT-2Z10V model stands out with its user-friendly LCD Touch Panel, providing seamless and precise control over its advanced features. With a maximum limiting temperature of 1200℃, this system ensures efficient and reliable operation, maintaining a working temperature of up to 1100℃. The adjustable heating rate, ranging from 0-20℃/min, adds a layer of flexibility to accommodate diverse applications. Its heating zone, spanning a length of 440mm, is complemented by a 200mm constant temperature zone, catering to specific process requirements. The quartz tube, with a standard diameter of OD50*1000mm, can be optionally replaced with tubes of 60mm, 80mm, 100mm, or 120mm to suit specific needs, providing versatility in experimentation.

Impressively accurate with a temperature accuracy of ±1℃, the system's heating element, made of Fe-Cr-Al alloy with molybdenum reinforcement, ensures precision in temperature measurement through a K-type thermocouple. The double-layer cooling structure with fan cooling efficiently maintains temperature control, while a 30-step programmable PID control system enables advanced temperature regulation. The chamber, constructed from durable alumina fiber, ensures longevity and reliability. Safety is a priority with incorporated over-temperature and over-current alarms. The sealing flange, equipped with a water cooling system made of stainless steel vacuum flange, adds an extra layer of security. The system includes a mechanical rotary vacuum pump for enhanced vacuum capabilities, with air cooling as the chosen method and a stainless steel bellows connection pipe featuring a manual flap valve for controlled gas flow.

The gas mixer, with a two-way configuration, showcases high accuracy with a range of ±2% F.S., repeat accuracy of ±0.2% FS, and linear precision within ±1% F.S. Operating under working pressures ranging from -0.1MPa to 0.15MPa, the system is powered by AC220V, 50Hz, ensuring adaptability to standard power configurations. This comprehensive system offers a seamless integration of advanced features, making it a valuable asset for precise and controlled laboratory experiments.

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