Zhongshan Junzheng Electric Appliance Co., Ltd.
The rise of hybrid power technology in electric ceramic stoves, combined with electromagnetic and infrared dual-mode technology, breaks through the limitations of cooking scenarios
In response to the performance shortcomings of a single heating mode, the electric ceramic furnace industry will usher in a hybrid technology explosion in 2026. By integrating micro electromagnetic coils at the bottom, seamless switching between "electric ceramic slow stewing+electromagnetic stir frying" can be achieved, completely solving the pain points of low thermal efficiency and insufficient stir frying power of traditional electric ceramic furnaces.
Mar 13,2026
In response to the performance shortcomings of a single heating mode, the electric ceramic furnace industry will usher in a hybrid technology explosion in 2026. By integrating micro electromagnetic coils at the bottom, seamless switching between "electric ceramic slow stewing+electromagnetic stir frying" can be achieved, completely solving the pain points of low thermal efficiency and insufficient stir frying power of traditional electric ceramic furnaces. This technology retains the core advantages of electric ceramic stoves, such as not picking up cookware and uniform heating. At the same time, when switching to electromagnetic heating mode in high-power cooking scenarios, the thermal efficiency is increased to 96%, which is on par with professional gas stoves for stir frying.
Technological innovation is focused on three aspects: replacing traditional nickel chromium alloys with silicon carbide (SiC) and silicon nitride (Si3N4) composite ceramic heating elements, with a thermal conductivity of 120W/m · K, high temperature resistance exceeding 1600 ℃, and significantly improved thermal shock resistance; Multi layer composite structure optimizes the heat conduction path, the bottom aluminum foil insulation layer reduces heat loss, and the surface nano infrared coating focuses on infrared radiation in the 2.5-4 μ m wavelength range, achieving heating of food from the inside out; The AI control algorithm dynamically matches the power output, automatically adjusts the heating curve according to the cooking mode, and uses pulse heating during stewing to save 25% electricity. On the safety level, the dual zone temperature control technology keeps the temperature at the edge of the panel below 50 ℃. With the application of electromagnetic shielding materials, the radiation intensity is less than 1/10 of the international standard limit, making it suitable for use in mother and baby households. At present, this technology has been applied on a large scale, and its market share is expected to exceed 35% within this year.
Related Posts
In 2026, AI technology will be deeply integrated with noodle staple food equipment, and intelligent noodle cooking machines will achieve a leap from "tools" to "intelligent kitchen assistants". The core breakthrough lies in the full process automation and high-speed noodle making technology.
The problems of lagging temperature control and dry burning risk in traditional induction cookers are being completely changed by infrared temperature measurement black technology.
Contact Us
E-mail :
jack.liu@163.com
TEL：
0086 13928873679
Address：
No 62 suiming road dongfeng town zhongshan city gaungdong province china
No 62 suiming road dongfeng town zhongshan city gaungdong province china
REQUEST QUOTE