Aluminum heating plate elements

The aluminum heating plate element adopts die-cast aluminum alloy substrate and thick film resistor technology, integrated PID temperature control module and NTC temperature sensor, achieving 3 seconds fast heating, energy efficiency ≥ 96%, working temperature range 50℃-300℃, and supports power (300W-2000W) customization. The surface anodizing treatment enhances corrosion resistance, has IPX7 waterproof, anti-dry burning and anti-scaling performance, life span exceeds 30,000 hours, adapts to high-frequency continuous heating scenarios, and meets the high efficiency and stability requirements of industry and civil use.

Minimum order quantity: 1000
Delivery time: 15-25 days
Factory location: Zhongshan, Guangdong, China

Product Applications

Capsule coffee machine steam module, electric iron soleplate, instant electric water heater, electric pressure cooker, hanging iron heating core.

Aluminum Heating Plate Elements Specifications (Core Parameters)

​Parameter​ ​Specification Range​
Power Range 500W-5000W (covers household to commercial small appliances: electric kettles, coffee machines, electric pots, bottle warmers, soy milk makers, blenders)
Operating Voltage 220V (single-phase, household standard); 380V (three-phase, commercial optional)
Resistance Value 2Ω-30Ω (single-unit or multi-unit combination, matched to power and voltage requirements)
Operating Temperature Surface: 120℃-300℃ (normal operation); Maximum withstand: 350℃ (short-term overload protection)
Material Heating element: Nickel-chromium alloy (Cr20Ni80, Φ0.5mm-Φ2.0mm, high resistivity + high thermal conductivity); Base: Die-cast aluminum alloy (A356/6061, corrosion-resistant, thickness 1.2mm-3.0mm)
Dimensions Length: 150mm-600mm; Width: 50mm-150mm; Thickness: 15mm-50mm (customizable to fit circular/square heating slots in target appliances)
Service Life 8000h-15000h (normal use, no dry burning, limescale buildup, or corrosion under typical conditions)

Product Characteristics (Core Features)

  • ​Rapid & Uniform Heating​​: High-conductivity nickel-chromium alloy core enables fast heat transfer, reducing preheating time to 2-4 minutes for 1.5L water boiling (100℃) in 1500W models. The die-cast aluminum base ensures even heat distribution, eliminating cold spots critical for consistent performance in electric kettles (boiling), soy milk makers (grinding/heating), and blenders (hot blending).
  • ​Multi-Appliance Adaptability​​: Customizable dimensions (length: 150-600mm; width: 50-150mm) and slot-compatible design fit mainstream devices—electric kettles (bottom slots), coffee machines (brew chamber heating plates), electric pots (base heating elements), bottle warmers (encircling rings), and blenders (motor compartment heating). Direct installation without modification.
  • ​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℃ constant temperature for bottle warmers, 90-105℃ extraction for coffee machines).
  • ​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.
  • ​Lightweight & Durable​​: Aluminum alloy density (2.7g/cm³) makes the element 30%-40% lighter than stainless steel alternatives, ideal for weight-sensitive devices like portable coffee machines or electric kettles. 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).
  • ​Cost-Effective Solution​​: Die-casting technology lowers production costs while maintaining performance, making it a competitive choice for both OEM manufacturers and aftermarket replacements.

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