Energy-Efficient Ceramic Furnace 1300W Low-Power Operation 1000+ Hour Rod Lifespan
The core competitiveness of the Phoenix - 9C stems from its unique heating - drive technology. Different from traditional equipment that connects silicon - carbide rods in series to increase power, it drives the components by precisely reducing the voltage, making the thermal load on each silicon - carbide rod more uniform and fundamentally reducing losses caused by local overheating. This design extends the average trouble - free operation time of the equipment to over 800 hours, far exceeding the industry average.
Technical Analysis and Features (in Tabular Form)
Feature Category | Specific Description |
Heating Technology | Voltage - regulation drive, replacing the series - connection mode, reducing silicon - carbide rod losses |
Temperature Control Accuracy | Heating rate of 200 °C/minute, temperature control error of ±2 °C |
Structural Design | Furnace core platform diameter of 6.5cm, cast with high - temperature - resistant materials |
Safety Protection | Automatic power - off in case of overheating, automatic voltage regulation in case of unstable voltage |
Applications and Operation Key Points
This equipment is widely used in the sintering of special ceramics (such as zirconia and alumina). In operation, it only takes a simple startup procedure. First, set the target temperature and holding time on the control panel. The equipment will automatically adjust the heating power according to the set program. After the sintering is completed, it will enter the cooling stage. The active cooling system can shorten the cooling time, improving production efficiency.
Parameter | Value |
Maximum Operating Temperature | 1530 °C |
Heating Element Life | Extended by over 30% compared to traditional models |
Temperature Uniformity in the Furnace | ±3 °C at high temperature |


