By embedding metal pins or contacts within the mold, plastic parts achieve both insulation and conductivity, making them widely used in the electronics industry.
| Item | Parameter | Description |
|---|---|---|
| Mold Type: | Insert injection mold | |
| Mold Material: | S136 H13 | |
| Number of cavities: | 1–16 cavities | |
| Mold Life: | 800,000–1.5 million cycles | |
| Surface Treatment: | Chrome plating, Polishing | |
| Applicable Materials: | PA, PC, ABS | |
| Insert Type: | Metal pins, Electronic components | |
| Product Accuracy: | ±0.01mm | |
| Cooling System: | Multi-circuit cooling | |
| Production Cycle: | 60–80 days |
Q1: Suitable for microelectronic components?
A1: Yes, high precision.
Q2: Will the insert shift?
A2: Using a positioning device can avoid...
Q3: Does the mold support high-volume production?
A3: Yes. It's ideal for high-volume electronic component production.
Q4: Can it replace secondary assembly?
A4: Yes. One-step molding reduces labor.
We can provide customized molds for the electronics industry and support automated insert solutions.