Anti-Static Thermoplastic Packaging for Electronic Connector

Shunxin factory's Anti-Static Thermoplastic Packaging for Electronic Connector is made from PET/PS/PP sheets and provides permanent static-dissipative performance. The tray is available in anti-static, semi-conductive, and conductive grades, which can be flexibly selected according to the sensitivity of different electronic components. Molds can be developed based on connector 3D drawings or physical samples, with groove accuracy of ≤±0.1mm for precise positioning. Reinforcing ribs and positioning structures are provided around the tray, allowing stable stacking of more than 10 layers. Outer dimensions, positioning holes, and anti-misassembly corners can all be customized.

Product Advantages

1. Three Anti-Static Grades Available – Anti-static grade (10⁹~10¹¹Ω) / semi-conductive grade (10⁶~10⁹Ω) / conductive grade (10³~10⁶Ω), flexibly selected according to component sensitivity

2. Precise Positioning ±0.1mm – Groove tolerance can be controlled within ±0.1mm, keeping connectors securely positioned without shaking, falling out, or overturning

3. Connector-Specific Customization – Dedicated positioning slots can be customized for pin headers, board-to-board connectors, circular connectors, and other connector types to accommodate different product shapes

4. Stackable Design – Reinforcing ribs and positioning structures enable stable stacking of more than 10 layers, while nesting helps save storage space

5. Compatible with Automated Production Lines – Outer dimensions, positioning holes, and anti-misassembly corners can be customized, with support for MES barcode scanning and traceability

6. Multiple Material Options – PET (eco-friendly, highly transparent, and suitable for export compliance), PS (economical), PP (temperature- and chemical-resistant), and other materials

7. Flexible Surface Treatment – Transparent (for visual inspection) / black (for conductive performance or light interference reduction) / flocked (for anti-slip and scratch protection)

Application Scenarios

1: Electronic Connector Manufacturing: Production turnover and finished-product packaging for pin headers, pin sockets, board-to-board connectors, wire-to-board connectors, and circular connectors

2: SMT Production Workshops: Component supply trays and placement positioning for connectors before SMT assembly

3: Semiconductor Packaging and Testing: Anti-static handling and transportation of connector components during chip-level packaging and testing

4: Automotive Electronics: Anti-static packaging and logistics turnover for automotive connectors and wiring harness terminals

5: Consumer Electronics Assembly: Component feeding and finished-product packaging for internal connectors used in mobile phones, computers, and other electronic devices

6: Medical Electronics: Anti-static packaging and transportation of precision connectors inside medical equipment

Typical Industries: Connector Manufacturing, SMT Assembly, Semiconductor Packaging and Testing, Automotive Electronics, Consumer Electronics Assembly, Medical Devices

FAQ

Q1: What is the difference between an anti-static electronic connector tray and a regular thermoformed tray?

A: Regular thermoformed trays are insulators and can easily accumulate static charges without dissipating them. Contact with sensitive electronic components may therefore cause electrostatic discharge (ESD) damage. Anti-static trays use conductive fillers added to the material or anti-static coatings applied to the surface to maintain surface resistance within 10⁶~10⁹Ω, allowing static charges to dissipate quickly and reducing the risk caused by static accumulation. This is a critical protection measure for electronic connector packaging.

Q2: How are connectors secured inside the tray? Will they move during transportation?

A: Shunxin anti-static trays are molded according to the shape of the connectors, with groove tolerances controlled within ±0.1mm. Pin header products use elongated slots to secure both ends of the pin base; board-to-board connectors use flat grooves that fit the product contours; circular connectors use ring-shaped positioning structures to hold the housing. Once placed in the tray, connectors remain securely positioned without shaking, falling out, or overturning.

Q3: Is the anti-static performance permanent or will it decrease over time?

A: Shunxin anti-static trays use conductive fillers added to the sheet material or permanent anti-static coatings to provide long-lasting anti-static performance, which does not normally decrease over time or through repeated use. However, prolonged exposure to high-temperature or high-humidity environments, or repeated friction, may cause slight changes in surface performance. Regular spot inspections are recommended.

Q4: Can the trays be adapted to automated production lines?

A: Yes. The outer dimensions, positioning holes, and anti-misassembly corners of Shunxin anti-static trays can be customized according to the customer's automated equipment. The trays provide high dimensional accuracy and stable rigidity and can be adapted to automated operations such as SMT placement machines and robotic handling.