Programmable Muffle Furnace Hi-Temp Resistance Burnout Oven for Lab Sintering and Heat Treatment 1200℃ Max Temp 150mm*150mm*150mm Heating Chamber 110V 2.5KW

Product ParametersVoltage: AC110V/60Hz Power: 2.5KW Heating Chamber Dimensions: 5.90"*5.90"*5.90"(150mm*150mm*150mm) Maximum heating temperature: 1200℃(2192℉) Rated temperature: 1100℃(2012℉) Heating rate: ≤10℃/min Recommended heating rate: 5℃/min Temperature control accuracy: ±1℃ Heating element: Resistance wire Programmable Segments: 51 Segments Time setting: 0-9999min Package size: 25.2"*23.6"*38.6"(64CM*60CM*98CM) Net weight/Gross weight: 152.1LBS(69KG)/213.8LBS(97KG)Item Included:1200°C Programmable Muffle Furnace *1

• Good High Temperature Performance: Operating on standard 110V voltage, the furnace delivers 2.5KW power enduring resistance wire heating elements, ensuring a maximum temperature of 1200°C and a long-term stable working temperature of 1100°C, ideal for demanding laboratory sintering and continuous high-temperature processes
• Intelligent Programmable Control: Features an easy-to-use digital controller supporting 51-segment program setting, allowing creating complex temperature profiles (ramp, soak, cycle) for complex sintering and heat treatment experiments. The built-in timer(0-9999min) function enables automated operation
• Precise PID Temperature Management with ±1°C Accuracy: Equipped with advanced PID algorithms and a good-quality thermocouple for excellent temperature stability and uniformity within the chamber, critical for reproducible experimental results
• Robust Reliability and Energy-Efficient Design: Built with good-quality alumina ceramic fiber insulation and secure door locking, it greatly minimizes heat loss and includes over-temperature protection and automatic cut-off for reliable and enduring operation
• Versatile Applications: Suitable for ceramics and metal sintering, heat treatment, quantitative analysis, thermocouple calibration, simple ashing and more, featuring a 150mm x 150mm x 150mm heating chamber and optimized ventilation for uninterrupted high-temperature processes