Specialized Surface Integrity
A critical challenge in producing inner pots is avoiding surface scratches that interfere with subsequent coating processes. Our Rice Cooker Inner Pot Mold utilizes:
Mirror-Polished Cavities: All contact surfaces are diamond-polished to reduce friction and eliminate "orange peel" defects on the metal surface.
Nano-Coated Die Inserts: We apply specialized DLC (Diamond-Like Carbon) or CrN coatings to the punch and die ring, significantly extending tool life when working with abrasive aluminum alloys.

Technical Specifications & Design Features
Our engineering team tailors each die set to the specific metallurgy of your raw material:
Single-Action & Double-Action Drawing: Optimized for different press types to ensure wrinkle-free edges.
Integrated Trimming & Flanging: Combined processes that reduce the number of required workstations and lower cycle times.
Ejection Systems: Precision pneumatic or hydraulic stripping to prevent pot deformation during removal from the mold.
Heat Management: Integrated cooling channels for high-volume production, maintaining dimensional stability across thousands of cycles.
Strategic Optimization for B2B Export
Supplying global OEMs requires adherence to strict industrial standards. Our Rice Cooker Inner Pot Mold exports include full CAD/CAM documentation and trial-run samples. We specialize in molds for various capacities, from small $0.8L$ household liners to large-scale $10L+$ commercial cooker pots. By choosing our precision tooling, factories can achieve a lower "Cost-Per-Piece" and higher first-pass yield rates in the competitive small appliance market.




Hot Tags: automated deep-drawing tooling for aluminum and stainless steel rice cooker liners, China automated deep-drawing tooling for aluminum and stainless steel rice cooker liners manufacturers, suppliers, factory, Aluminum Drawing Mold, Deep drawing Die for Rice Cooker, Rice Cooker Inner Pot Stretching Mold, Rice Cooker Stamping Mold, Round deep drawing mold, Stainless steel deep drawing mold










