H13 Steel Injection Moulding Tool Multi Cavity Plastic Mould Die High Precision
Overmolding involves injection molding a soft plastic or rubber layer onto a substrate, creating products that combine functionality with enhanced aesthetics. This process is ideal for applications requiring anti-slip surfaces, shock absorption, and comfortable grip.
- 3D Mold Design and Structural Analysis
- CAE Simulation of Flow and Adhesion Effects
- CNC and Grinding Cavity Machining
- Assembly of Cooling Water Channels and Guide Structures
- Mold Trial Optimization and Dimensional Accuracy Verification
| Item/Parameter | Description |
|---|---|
| Mold Type | Overmolded Injection Mold |
| Mold Material | H13, S136, NAK80 |
| Number of Cavities | 1–10 |
| Mold Life | 700,000–1.2 Million Cycles |
| Surface Treatment | Polishing, Chrome Plating, Sandblasting |
| Applicable Materials | PC, ABS, PA, TPE, TPR |
| Overmolding Method | Overmolding, Hot Melt Bonding |
| Product Accuracy | ±0.018mm |
| Cooling System | Multi-Point Water Cooling Circuit |
| Product Cycle | 55–85 Days |
- Exquisite and comfortable surface finish
- Strong bonding for durable and reliable products
- Extended mold life suitable for medium to large-scale production
- Customizable overmolding in various colors and textures
A1: We use environmentally friendly materials that meet all relevant environmental standards.
A2: Common materials including PC, ABS, and PA are all compatible with our overmolding process.
A3: No, our process creates a strong, permanent bond between materials during molding.
A4: Yes, we offer comprehensive maintenance services to ensure long-term mold performance.
A5: The typical production cycle ranges from 55 to 85 days.
We provide tailored solutions including mold structure design, overmolding process optimization, and automation interface development to ensure efficient and stable production for your specific requirements.
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