Product Application: Suitable for use in universities, research institutions, and industrial and mining enterprises for powder calcination, ceramic sintering, high-temperature experiments, chemical analysis, material processing, ceramics, metallurgy, electronics, glass, plastics, steel, precious metals, gemstones, chemical industry, machinery, refractory materials, new material development, special materials, and building materials quality testing. Special specification products can be designed and manufactured according to customer requirements.

Appearance Design: User-friendly design, aesthetically pleasing, easy to operate. The outer layer is coated with a high-temperature baking spray-painted process. It boasts high-temperature resistance, oxidation resistance, and acid-base resistance.

Temperature Control Method: Utilizes a temperature controller with 30-50 programmable PID auto-tuning, automatic heating and cooling, no need for constant supervision.

Temperature Control System: Utilizing integrated circuits, modular control, and dual-loop protection (including over-temperature protection, ultra-high temperature protection, open-circuit protection, over-flow protection, over-pressure protection, etc.), ensuring the electric furnace operates stably and reliably.

Furnace Material: Made of lightweight aluminum oxide ceramic fiber, offering excellent thermal insulation properties, lightweight, withstanding high temperatures, and resistant to rapid changes in temperature without cracking, crystallizing, or shedding. No concerns about contamination of the products being fired. Energy-saving efficiency is 60%-80% of that of old-style electric furnaces.

Furnace Design: The furnace employs a stepwise assembly structure, integrating mechanical laws. This design ensures uniform stress distribution during the heating process, preventing heat loss and extending the furnace's lifespan.

Specification Parameters: