1700 Intelligent High-Temperature Box Furnace

This product is specifically designed for high-temperature sintering, ashing, melting, heat treatment, and other laboratory experiments in universities, research institutes, and corporate laboratories. It features premium insulation materials and a precise temperature-control system, offering both exceptional high-temperature stability and intelligent operation to meet the stringent experimental requirements of materials science, metallurgy, ceramics, chemical engineering, and other fields.
Key features:
1. High-Temperature Stability and Durability: The maximum operating temperature reaches 1,700°C. Equipped with high-quality heating elements and a multi-layer insulation structure, it delivers a uniform temperature field and excellent thermal insulation, ensuring stable and reliable performance under long-term high-temperature operation and a long service life.
2. Intelligent and Precise Temperature Control: Equipped with an intelligent digital temperature control system that supports programmed heating, constant-temperature operation, and cooling, this system delivers high temperature-control accuracy, enables multi-segment program programming, minimizes human intervention, and ensures experimental reproducibility.
3. Comprehensive Safety Protection: Equipped with multiple safety features, including over-temperature alarms, overcurrent protection, and power-off upon door opening. The furnace door is tightly sealed and provides excellent thermal insulation, effectively reducing operational risks for safer use.
4. Compact and practical design: The upright/desktop configuration is space-efficient, with a compact footprint; the furnace chamber is easy to clean, sample loading and retrieval are convenient, it is compatible with various laboratory settings, and routine maintenance is straightforward.
5. Wide range of applications: suitable for various high-temperature experimental scenarios, including material sintering, ceramic firing, metal annealing, mineral ash analysis, catalyst calcination, and more.