Product Application:Suitable for colleges and research institutions, 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 inspection. Special specifications can be designed and manufactured according to customer requirements.

Appearance Design:Humanized design, aesthetically pleasing, easy to operate, with the outer layer coated using a high-temperature spray-painting baking process. DurableHigh temperature resistance, oxidation resistance, and acid-base resistance.

Temperature Control Method:AdoptTemperature Controller: With30、50 programmable PID auto-tuning, automatic temperature increase, automatic temperature decrease, no need for monitoring.

Temperature Control SystemIntegrated circuitry, modular control, and dual-circuit protection (including over-temperature protection, over-heat protection, break-couple protection, over-flow protection, over-pressure protection, etc.) ensure stable and reliable operation of the electric furnace.

Furnace chamber material:Utilizing lightweight alumina ceramic fiber, it boasts excellent thermal insulation properties, is lightweight, withstands high temperatures, and is resistant to rapid changes in temperature without cracking, crystallizing, or shedding. No worries about contamination in the products fired with this material. The energy-saving effect is superior to that of old-style electric furnaces.60%-80%。

Furnace chamber design:The furnace chamber is constructed with a stepped assembly structure, integrating mechanical laws to ensure uniform stress distribution during the heating process. This design guards against heat loss, thereby extending the lifespan of the furnace chamber.

Specification Parameters：