Die Casting parts

Product Applications:

Coffee machine steam module housing, electric water heater heating cavity, industrial oven heat dissipation components, medical sterilization equipment heater accessories, laboratory constant temperature water bath housing, new energy battery module constant temperature housing, hotel commercial electric tea stove components, mold constant temperature control housing, smart wearable device temperature control housing.

DieCast Heating Components for Home Appliances: Product Features and Benefits

High resistivity (1.01.5 μΩ·m) from nickelchromium alloy (Cr20Ni80) heating cores guarantees consistent heating; diecast aluminum alloy (A356/6061) with thermal conductivity ≥200 W/(m·K) assures quick heat transfer.
MultiDevice Compatibility: Precisioncast measurements (length: 100-600mm; width: 40-150mm) match common household appliances—electric kettles (boiling), coffee machines (brewing), and blenders (hot blending).
Optimized casting design removes cold spots, which is essential for consistent performance in soy milk makers (grinding/heating) and electric pots (stewing).
Resistance to Corrosion: In high-moisture surroundings (e.g., damp kitchens), anodized or ceramic-coated surfaces lower limescale adhesion by 40%, therefore increasing lifespan.
Overheat Protection:Integrated thermal cutoff switches autoshutdown at >350°C, therefore avoiding dry burning and guaranteeing safe operation in teapot and bottle warmers.
Thermal efficiency of at least 92% lowers electricity use by 15-20% against conventional heating components (e.g., 1.5L water boils in 35 minutes with 1500W models).
Aluminum’s density of 2.7 g/cm³ cuts component weight by 30% over stainless steel, making it perfect for portable devices such mini kettles and little coffee machines.
Thermal expansion matching (aluminum + nickelchromium) guarantees 8,000–15,000 hours of stable performance under intense frequency use (daily two-hour run, for example).
Standardized Tolerances: ±0.5mm dimensional stability promotes OEM and aftermarket replacements with little tweaking.
For large-scale OEM orders, diecasting technology helps to lower production costs while preserving precision, therefore helping it to be competitive.