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Die Casting Heater Specifications (Core Parameters)

Product Characteristics (Core Features)

• ​​Rapid & Efficient Heating​​: High-conductivity nickel-chromium alloy core enables fast heat transfer, reducing preheating time to 2-5 minutes for 1.5L water boiling (100℃) in 1500W models. The die-cast aluminum housing ensures even heat distribution, critical for consistent performance across devices—e.g., boiling water in electric kettles, brewing coffee in machines, or cooking in electric pots.
• ​​Multi-Appliance Adaptability​​: Customizable dimensions (length: 150-600mm; width: 50-150mm) and slot-compatible design fit mainstream small appliances:
  • ​​Electric kettles​​: Bottom or side heating slots for rapid boiling.
  • ​​Coffee machines​​: Brewing chamber plates for stable extraction temperatures (90-105℃).
  • ​​Electric pots​​: Base heating elements for even stewing or frying.
  • ​​Bottle warmers​​: Encircling rings for gentle, constant temperature (40-60℃).
  • ​​Soy milk makers/blenders​​: Grinding/heating chambers for efficient food processing.
• ​​Corrosion & Scale Resistance​​: Die-cast aluminum housing resists oxidation and steam corrosion; the smooth anodized or ceramic-coated surface minimizes limescale adhesion (reduces cleaning frequency by 40% vs. uncoated aluminum). Nickel-chromium alloy core withstands mineral deposits, extending lifespan in high-moisture environments (e.g., daily use in humid kitchens).
• ​​Safe & Reliable Operation​​: Insulated aluminum housing prevents electric leakage; built-in overheat protection (auto-shutoff at >350℃) safeguards against dry burning or overheating. Optional temperature sensor interfaces support ±5℃ precise control (e.g., 40-60℃ for bottle warmers, 90-105℃ for coffee machines).
• ​​Lightweight & Durable​​: Aluminum alloy density (2.7g/cm³) makes the heater 30%-40% lighter than stainless steel alternatives, ideal for weight-sensitive devices like portable electric kettles or compact coffee machines. Optimized thermal expansion matching (aluminum and nickel-chromium have similar coefficients) reduces fatigue, ensuring stable performance under high-frequency use (e.g., 2 hours daily operation).
• ​​Energy Efficient Design​​: Thermal efficiency ≥92%, reducing power consumption compared to traditional heating elements. For example, boiling 1L water in an electric kettle takes 2-4 minutes with 1000W models, lowering energy waste.
• ​​Cost-Effective Solution​​: Die-casting technology lowers production costs while maintaining performance, making it a competitive choice for both OEM manufacturers and aftermarket replacements.