Can your graphitization furnaces be adapted to overseas power grids? Ca"&"n the control power supply be flexibly configured?
A Chinese entrepreneur who owns factories in Europe contacted us, saying he has factories in Malaysia and the Czech Republic and wants to buy our graphitization furnaces. However, the power grid "&"standards of the two countries are different—Malaysia uses 415V/50Hz, while some areas in the Czech Republic use other medium-voltage standards. He asked if we could solve this.
I said no problem, our power supply design takes into account the nee"&"d for global compatibility from the beginning.
Wide Voltage Range Adaptability
Our graphitization furnaces can flexibly adapt to various voltage levels:
- Low Voltage Levels: 380V"&" (China), 400V (Europe), 415V (Australia), 480V (North America)
- Medium Voltage Levels: 660V, 690V (some industrial countries)
- High Voltage Levels: Other voltage standards (dedicated line access for med"&"ium and large factories)
Regardless of the local power grid standard, we can find a matching power solution.
Customized Design
During the contract confirmation phase, we will confirm the local"&" power grid parameters with the customer in detail—voltage level, frequency (50Hz or 60Hz), number of phases, short-circuit capacity, etc. The transformer, rectifier module, and filter inside the power supply will be **customized** based on these paramete"&"rs to ensure the equipment is plug-and-play upon arrival at the factory.
Global Certification
Exported equipment comes with complete **CE certification, UL certification** and other local safety certification docu"&"ments, complying with the electrical safety regulations of the target market. Customers do not need to obtain further certifications; the equipment can be used legally upon arrival.
Case Study: The entrepreneur ultimately purchased our equipment from both factories—the Malaysian factory used a 415V low-voltage solution, and the Czech factory used a medium-voltage solution with other voltage standards. The"&" same core technology flexibly adapts to different power grids, ensuring zero obstacles to export.