Laboratory 1700℃ High Temperature Vacuum Tube Furnace with O.D80*1000mm Heating zone T1700-80IT
T1700-80IT is a compact tube furnace with High Purity MoSi2 heating rods and high purtiy corundum tube which can reach 1700℃.The tube furnace is controlled by a 30 segment programmable with high precision SCR (Silicon Controlled Rectifier) digital controller with7” touch panel. It is widely used in material & chemical labs to sinter all types of new material samples under vacuum or other gas conditions
Product Description
The T1700-80IT high-temperature vacuum tube furnace, designed for laboratory applications, offers exceptional heating capabilities with precise temperature control. Equipped with a 7-inch LCD touch panel, this furnace provides an intuitive user interface, making it user-friendly and efficient. The maximum limiting temperature of 1650℃ and working temperature up to 1600℃ make it suitable for a wide range of high-temperature processes. The furnace allows for variable heating rates ranging from 0 to 20℃ per minute, enabling flexibility in controlling thermal profiles. The heating zone measures 300mm, with an additional 150mm of constant temperature zone, which is integral for achieving accurate and consistent temperature control. The corundum tube has a diameter of OD80*1000mm, offering a spacious chamber for sample processing. Key to its functionality is a 30-step programmable PID control system, which ensures precise temperature regulation, critical for experiments that require specific heating profiles. For safety measures, the furnace incorporates over-temperature and over-current alarms to prevent any potential hazards. Constructed with high-quality alumina fiber, the double-layer structure and fan cooling system facilitate efficient heat dissipation. Additionally, it features a stainless steel vacuum flange to maintain an airtight seal. The cooling process is accelerated through air-forced cooling, reducing downtime between experiments. With a power supply of 4.5kW, this furnace operates at AC 220V, 50Hz. Its comprehensive specifications, advanced control, and safety features position it as a valuable tool in laboratory environments, particularly for research and processes that demand high-temperature precision and control.