Aluminum Die-Cast Heating Element for electric iron

Produktanwendungen

Household electric irons (such as Philips/Panasonic/Midea), steam hanging irons (Bosch/Dyson), commercial industrial irons (heavy industrial fabric pressing), hotel commercial electric ironing equipment, laboratory high temperature ironing tools, medical protective clothing sterilization irons, garment factory batch ironing systems, iron repair and replacement heating cores (bottom plate/heating plate), intelligent temperature control ironing equipment (such as IoT irons), electric steamers/ironing all-in-one heating modules.

Aluminum Die-Cast Heating Element for Electric Iron Specifications (Core Parameters)

Product Characteristics (Core Features)

• ​​Lightweight & High Efficiency​​: Aluminum alloy die-casting reduces overall weight by 20%-30% vs. traditional steel/copper elements, while maintaining high thermal conductivity (≥180 W/(m·K)) for rapid heating—boils 1L water to 100℃ in ≤4 minutes for 1500W models.
• ​​Uniform Heat Distribution​​: Precision-contoured aluminum housing ensures even heat transfer across the heating surface, minimizing cold spots and reducing localized water scale buildup.
• ​​Corrosion & Scale Resistance​​: Aluminum alloy base resists oxidation and steam corrosion; nickel-chromium coating enhances durability, lowering limescale adhesion by 40% vs. uncoated aluminum (ideal for high-moisture environments).
• ​​4035-Compatible Design​​: Contoured dimensions (100-350mm length) and slot geometry fit mainstream electric irons/steamers (e.g., Rowenta, Philips, or generic brands), enabling direct replacement without modification.
• ​​Safe & Reliable Operation​​: Insulated aluminum surface prevents electric leakage; built-in overheat protection (auto-shutoff at >250℃) safeguards against dry burning or overheating.
• ​​Low Maintenance Design​​: Reduced thermal stress due to aluminum’s high thermal expansion compatibility with coatings, extending lifespan under daily use (e.g., 30-minute daily ironing).
• ​​Cost-Effective Solution​​: Aluminum die-casting lowers material and production costs vs. traditional copper/nickel alloys, while maintaining performance (thermal efficiency ≥92%).