Product Application:Suitable for use in universities, research institutions, and industrial enterprises for powder calcination, ceramic sintering, high-temperature experiments, chemical analysis, material processing, ceramics, metallurgy, electronics, glass, plastics, steel, precious metals, gems, chemicals, machinery, refractory materials, new material development, special materials, and building materials quality testing. Custom-designed and manufactured special specification products are available upon customer request.

Exterior Design:Adopting a user-friendly design, it boasts an aesthetically pleasing appearance, ease of operation, and an outer layer painted with high-temperature baking spray painting technology. It is highly resistant to...High temperature resistance, oxidation resistance, and acid-base resistance.

Temperature Control Method:Adopting intelligentTemperature Controller: With30、50 programmable PID auto-tuning, automatic heating, automatic cooling, no need for constant supervision.

Temperature Control SystemIntegrated circuitry, modular control, and dual-circuit protection (including over-temperature protection, ultra-high temperature protection, open-circuit protection, over-flow protection, over-pressure protection, etc.) ensure the electric furnace operates stably and reliably.

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

Furnace design:The furnace chamber employs a stepped assembly structure, integrating mechanical laws to ensure even stress distribution during heating. This design prevents heat loss and prolongs the furnace chamber's lifespan.

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