Universal Electronic Terminal Insulation Housing
Process Introduction
This electronic terminal insulation housing utilizes PBT, LCP, and PPS materials, combining precision injection molding with high-temperature insulation technology to ensure terminal stability in high-temperature and high-frequency environments.
Process Flow
- Material Drying
- Precision Injection Molding of Insulating Parts
- Insert Molded Metal Terminals (Optional)
- Surface Finishing
- Finished Product Inspection
Product Parameters
| Parameter |
Value Range/Description |
| Material |
PBT, LCP, PPS |
| Accuracy |
±0.02 mm |
| Temperature Range |
-40°C to 180°C |
| Features |
Insulation, Heat Resistance, and Wear Resistance |
| Mold Life |
600,000–1,000,000 Cycles |
| Molding Cycle |
8–15 Seconds |
| Applications |
Terminal Insulation Housings, Connectors |
| Dimensions |
Precision Small Parts |
| Protection Rating |
IP20–IP40 |
| Service Life |
≥10 Years |
Uses and Benefits
- Applicable to power terminals, connectors, and signal transmission devices
- Provides insulation and protection
Advantages
- High Insulation Performance
- High Temperature and Wear Resistance
- Miniaturized Precision Molding
- Environmentally Friendly
- High Consistency in Mass Production
FAQ
Q1: Is it insulated?
A1: Yes, with excellent insulation performance.
Q2: Is insert molding supported?
A2: Yes.
Q3: Is it heat-resistant?
A3: Up to 180°C.
Q4: Are custom sizes available?
A4: OEM is supported.
Q5: Is it environmentally certified?
A5: RoHS/REACH compliant.
Customized mold customization
Customization is available for connector size, insulation shell shape, insert design, logo, and color to meet diverse electronic terminal needs.