1700 Silicon-Molybdenum Rod Box Furnace, 41 L

This product is specifically designed for high-temperature sintering, heat treatment, ashing, and other experimental R&D applications in pilot-scale settings at universities, research institutes, and enterprises. With a core positioning of “high-efficiency heating with silicon-molybdenum rods, uniform and stable temperature field, and intelligent safety,” the 41-liter large-capacity furnace chamber accommodates both laboratory experiments and small-batch sample processing, making it suitable for high-temperature experimental needs across multiple fields, including materials science, ceramics, metallurgy, and chemical engineering.
Key features:
1. High-Temperature, High-Efficiency, and Stable Operation: Utilizes silicon-molybdenum rod heating elements with a maximum operating temperature of 1700°C, offering rapid heating and high thermal efficiency. Combined with a multi-layer insulation structure, it ensures excellent temperature uniformity and reliable, durable performance under long-term high-temperature operation.
2. Intelligent and Precise Temperature Control: Equipped with an intelligent temperature-control system that supports multi-segment program-controlled heating, constant-temperature operation, and cooling, delivering high temperature-control accuracy. The system can store multiple process curves, ensuring experimental reproducibility and minimizing human-operational errors.
3. Comprehensive Safety Protection: Equipped with multiple safety features, including over-temperature alarms, overcurrent protection, power-off upon door opening, and thermocouple failure protection. The furnace door features a sealed, heat-insulated design to minimize operational risks and ensure greater peace of mind during use.
4. Highly practical and versatile: The 41-liter large-capacity furnace chamber can accommodate diverse sample types and small-batch processing needs; its compact design ensures easy cleaning and maintenance, making it suitable for a wide range of laboratory and pilot-scale applications.
5. Wide range of applications: Suitable for ceramic sintering, metal annealing, catalyst calcination, determination of mineral ash content, high-temperature heat treatment of new materials, and other applications.