Steam Generator Manufacturer | Electrically Heated Steam Generator | High thermal efficiency | Durable and long-lasting

The cabinet-style scientific design is both practical and aesthetically pleasing. The internal structure is well-organized for easy maintenance. The exterior shell is crafted with CNC cutting and bending techniques for a seamless, finely detailed finish. The surface is treated with high-temperature spray painting, resulting in a beautiful and elegant appearance.
Advantages and selection points of electric steam generators:
Safety of electrically heated steam generators:
Leakage Protection: In the event of a leakage in the boiler, the circuit breaker will promptly disconnect the power supply to ensure personal safety.
② Low Water Protection: In the event of boiler water shortage, the heating tube control circuit is promptly disconnected to prevent damage from dry burning, while the controller emits a low water alarm indication.
③ Grounding Protection: When the boiler shell is electrified, the leakage current is channeled into the ground through a grounding wire to ensure personal safety. Typically, the protective grounding wire should be well-connected to the ground with metal, often using deeply buried angle irons or steel pipes as grounding bodies, with the grounding resistance not exceeding 42 ohms.
④ Steam Overpressure Protection: When the steam pressure in the boiler exceeds the set upper limit, the safety valve activates and releases steam to lower the pressure.
⑤ Overcurrent Protection: The circuit breaker automatically trips when the boiler operates at overload (high voltage).
⑥ Power Protection: The electronic circuit detects fault states such as overvoltage, undervoltage, and power failure, and then provides reliable power-off protection.

Steam generators quickly convert water into steam with high heating efficiency, boosting production efficiency; these steam generators employ superior heating technology, enhancing production efficiency while conserving energy.

Steam generators produce steam by heating water or liquid. They typically consist of a combustion chamber, a heat exchanger, and a control system. The working process involves heating water: the combustion chamber or heating element within the steam generator converts energy into heat, which then heats the water or liquid.
Steam Generation: Heated water or liquid exchanges heat with a heat source in a heat exchanger, converting the water or liquid into steam.
Control System: The steam generator is equipped with a control system for monitoring and regulating parameters such as temperature and pressure, ensuring the equipment operates within a safe range.

Electric steam generators have a wide range of applications: blowing machines, road and bridge T-beams, box beams, tunnel construction, concrete curing, cement component curing boilers, concrete components, high-temperature sterilization, biological research, factories, pulsation, boiling medicine, reactors, double boilers, garment factories, dry cleaning shops, laundries, garment pressing and washing, school and unit laboratories, research institutes, vegetable greenhouse heating, chemical plants, food processing, making tofu, boiling soy milk, steaming buns, steaming mantou, making cold noodles, steaming rice noodles, tea factory tea production, fermentation, spicy pot, stone pot fish, hotpot, hotels, steamed dishes, sugar confectionery.
Electric heating steam generator installation requires a matching control switch, fuse, and reliable grounding wire. It is designed for a 380V three-phase four-wire extension (or three-phase five-wire extension) and a 220V single-phase power supply. The wiring standards should comply with the specifications listed in the attached table for power cable cross-sections, and the connections must adhere to relevant regulations.