P20 Pressing Melamine Mould,Customized Melamine Mould,Melamine Urea Dinnerware Making Mould
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Customized Melamine Mould
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Melamine Urea Dinnerware Making Mould
توضیحات محصول
Customize P20 Pressing Mold Melamine Mold For Melamine Urea Dinnerware Making
Premium-grade tooling solutions manufactured from high-quality P20 tool steel, specifically engineered for melamine-urea formaldehyde dinnerware compression molding applications.
Custom Design Capabilities
Our custom-designed molds enable manufacturers to produce high-definition melamine plates, bowls, trays, and specialty tableware with exceptional surface finish, dimensional accuracy, and production longevity.
Each mold is precision-machined using CNC multi-axis machining centers and finished with advanced surface treatments to withstand the aggressive molding environment of thermosetting compounds. With 15+ years of specialized experience in melamine mold engineering, we deliver tooling solutions that optimize material flow, minimize flash formation, and maximize production efficiency for global tableware manufacturers.
Alternative Material Options
H13 (1.2344): For high-wear applications requiring HRC 52-56 core hardness
S136 (1.2083): Stainless tool steel for corrosive compound formulations
718H (P20+Ni): Enhanced polishability for high-gloss surface requirements
Beryllium Copper: For rapid heat transfer in thin-wall sections
Advanced Design Features
Flow Engineering
Computerized flow analysis (Moldflow) optimizing gate location and runner design
Balanced multi-cavity filling ensuring uniform density across all impressions
Venting channel networks preventing air traps and incomplete filling
Thermal Management
Strategic heater placement for uniform temperature distribution (±3°C)
Insulation pocket design minimizing heat loss at parting surfaces
Rapid cooling zone engineering for cycle time optimization
Structural Optimization
Finite element analysis (FEA) validating mold strength under clamping pressure
Deflection control maintaining precision under 200-500 ton press loads
Wear pad integration at high-stress contact surfaces
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