What keeps a furnace running at 3000℃ year-r"&"ound?

What does 3000℃ mean? Iron's boiling point is only 2750℃, stainless steel would have long since melted into a liquid, and even the silica in refractory bricks would soften. But our graphitization furnace is designed to operate in this extre"&"me environment year-round, for thousands of hours at a time.

Three Lifelines

1?? Stable Power Supply

Graphitization furnaces use induction heating, which requires very high "&"power, often hundreds of kilowatts or even megawatts. Voltage fluctuations in the power grid must be controlled within ±10%. If the power grid conditions are poor, it is recommended to add voltage stabilizing equipment to the power distribution system.

2?? High-Purity Protective Atmosphere

At 3000℃, oxygen and water vapor are the biggest enemies of graphite heating elements.

• The dew p"&"oint must be below -60℃
• The purity must reach 99.999% or higher
• Nitrogen cannot be used instead of argon (nitrogen reacts with carbon at high temperatures to produce cyanide)
3?? Reliable circulating cooli"&"ng water

When the induction coil and power supply equipment are operating at high current, they generate enormous heat. If the cooling water is interrupted for even a few minutes, the coil temperature will skyrocket, and the insulation layer will"&" burn out instantly.

Recommendation:
• Equip a dual water supply system, one for operation and one for backup.
• Include flow, temperature, and pressure monitoring and automatic alarm devices.
• Run 24/7 without interruption.

Conclusion: When buying a boiler, don't just look at the boiler itself; the planning of supporting facilities is equally important. Selling the bo"&"iler is just the beginning; the real test is in the stable operation over the next few years or even decades.")