TECHTONGDA Muffle Furnace 1200°C High Tempe Resistance Furnace Oven with 51 Segments Programmable & Timing PID Control ±1℃ for Laboratory Sintering & Heat Treatment 110V 2.5KW
R 108,722
Availability: Currently in Stock
Delivery: 10-20 working days
TECHTONGDA Muffle Furnace 1200°C High Tempe Resistance Furnace Oven with 51 Segments Programmable & Timing PID Control ±1℃ for Laboratory Sintering & Heat Treatment 110V 2.5KW
【Precise Temperature Control Performance】: Utilizing resistance wire heating elements, the maximum operating temperature reaches 1200℃, with a rated long-term operating temperature of 1100℃. Combined with high-precision PID control and temperature sensing systems, it achieves a temperature control accuracy of ±1°C, ensuring the reliability and repeatability of experimental data
【51-Segment Programmable & Timing Settings】: Built-in51-segment program setting, supporting 0-9999 minutes of timing Settings, allowing you to create complex temperature curves (ramp, soak, cycle), achieving full automation control of experiments such as sintering and annealing
【High-Efficiency Heat Insulation】: The furnace door is lined with high-purity alumina ceramic fiber, with a temperature resistance of up to 1430°C. It features extremely low thermal conductivity and heat capacity, effectively reducing heat loss and enhancing heating efficiency. Its outstanding thermal stability far exceeds that of standard materials, and its resistance to thermal shock from most elements ensures the long-term reliability and durability of the equipment
【Multiple Safety Protections】: Integrated with automatic shut-off and over-temperature protection as well as a sturdy latch structure, it effectively prevents accidental door opening and thermal leakage, ensuring safe operation at high temperatures for long periods and avoiding experimental interruptions
【Multi-Field Research Compatibility】:It has a heating chamber of 5.90"*5.90"*5.90" Essential for a variety of high-temperature processes including sintering of ceramics & metals, heat treatment, thermocouple calibration, quantitative analysis, materials research, and simple ashing