Excellent heat conduction efficiency: The heat conduction efficiency of the heating element in cast iron die-casting parts is extremely high. Its dense metal structure, like a high-speed heat conduction "channel", can quickly dissipate the heat generated inside to the outside. Taking electric heaters as an example, when turned on, the heat quickly fills the surroundings, making the room warm like spring in a short time. Compared to ordinary materials, the heating speed is greatly increased, making it highly efficient and energy-saving.
Excellent high temperature resistance: The melting point of cast iron exceeds 1000 ℃, creating its ability to withstand high temperatures. In scenarios such as heating components and high-temperature steam generation devices around industrial furnaces, the original form and heating performance can still be maintained under continuous high-temperature roasting, which is stable and reliable, greatly reducing frequent maintenance problems caused by overheating damage.
Strong mechanical strength: The die-casting process makes the cast iron heating element structure compact. It exhibits resilience when subjected to external impacts and pressures, such as heating equipment that is often bumped in workshops or geothermal systems that require load-bearing capacity. It can firmly "root" and ensure long-term safe and stable heating, with a long service life.
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