As a professional manufacturer from China, Shunxin would like to provide you Anti-Static Optical Fiber Thermoplastic Packaging, which is a thermoformed tray made from PET or PS sheets for the handling, storage and transportation of fiber optic components. Available surface resistance options include anti-static grade (10⁹~10¹¹Ω), semi-conductive grade (10⁶~10⁹Ω), and conductive grade (10³~10⁶Ω). Unlike standard electronic component trays, this optical fiber packaging integrates dedicated cable coiling grooves and elevated connector positioning slots to help protect fiber bending and connector end faces. FC, SC, LC, ST and MPO/MTP connector configurations can be customized.
The connector end face is a critical optical interface, and scratches, dust or contamination may affect connection quality and optical transmission. Shunxin Anti-Static Optical Fiber Thermoplastic Packaging uses elevated positioning slots to keep connector end faces away from direct contact with the tray surface, helping reduce friction, contamination and handling damage. The anti-static material also helps reduce electrostatic attraction of dust, making the tray suitable for optical modules, fiber optic patch cords and other optical communication components.
Fiber optic patch cords combine connectors with relatively long fiber cables, so uncontrolled bending during packaging or transportation can create excessive mechanical stress. The tray incorporates curved coiling grooves to organize excess fiber and maintain a controlled bending path. The groove radius can be designed according to the cable specification and required minimum bend radius, helping protect the fiber during handling and transportation.
Different fiber optic connectors require different positioning dimensions and retention structures. Shunxin can customize dedicated slots for FC, SC, LC, ST and MPO/MTP connectors, with layouts for single-core, dual-core and multi-core products. Connector positioning can be developed according to product drawings or physical samples to improve fit and stability during packaging.
The tray can be supplied with different surface resistance levels according to the electrostatic protection requirements of the packaged components. The available options range from 10³Ω to 10¹¹Ω, allowing the packaging structure and material specification to be selected for different optical communication products and handling environments.
Shunxin uses vacuum thermoforming to produce optical fiber packaging with customized tray dimensions, cable channels, connector slots and product positioning areas. The structure can be developed around the shape and quantity of the packaged components to improve organization while making handling and transportation more convenient.
1. Fiber Optic Patch Cords: Organizes and protects patch cords during storage, handling and transportation.
2. Optical Fiber Connectors: Provides dedicated positioning for FC, SC, LC, ST and MPO/MTP connectors.
3. Optical Modules: Suitable for packaging optical modules that require controlled positioning and electrostatic protection.
4. Fiber Optic Transceivers: Protects transceiver components from direct contact and helps maintain organized packaging.
5. Data Center Fiber Components: Used for the storage and transportation of fiber optic components and replacement parts.
6. Optical Communication Equipment: Customized trays for fiber-related components used in telecom and network equipment assembly.
7. Optoelectronic Components: Suitable for structured packaging of sensitive optical and optoelectronic parts.
1. Storage Environment: Store the trays in a cool, dry and clean warehouse, away from prolonged direct sunlight and excessive heat. Avoid conditions that may affect the material or anti-static properties.
2. Stacking: Stack empty trays evenly and avoid excessive height or uneven loading. For loaded trays, use the designed positioning structures to maintain proper alignment during storage and transportation.
3. Anti-Static Maintenance: Where surface resistance is critical, periodically test representative samples with a suitable resistance meter and compare the readings with the specified material grade.
4. End-Face Protection: Place and remove fiber optic connectors carefully. Avoid direct contact between connector end faces and hard surfaces or contaminated areas.
5. Contamination Control: Keep trays clean and protected from dust, oil and other contaminants. Anti-static bags or other suitable secondary packaging can be used during storage when required.
6. Pre-Use Inspection: Check the tray surface, connector positioning areas and cable grooves before use. For controlled packaging applications, verify that the material meets the specified surface resistance range.
A: Optical fiber packaging needs to manage both the connector and the attached fiber cable. Shunxin's tray uses dedicated connector positioning slots to keep end faces away from direct contact and curved coiling grooves to organize the cable while controlling its bending path. These features are designed specifically for fiber optic patch cords and related optical components.
A: The appropriate resistance range depends on the electrostatic protection requirements of the packaged product and the handling environment. Shunxin can provide anti-static, semi-conductive or conductive material options from 10³Ω to 10¹¹Ω according to the specified requirement.
A: Dedicated elevated positioning slots keep the connector end faces separated from the main tray surface, reducing the risk of direct friction and contact contamination during handling. Proper placement and removal of the connectors are also recommended.
A: Yes. Shunxin can design dedicated positioning slots and layouts for FC, SC, LC, ST and MPO/MTP connectors. Single-core, dual-core and multi-core configurations can also be customized according to the product structure. Connector samples, drawings or dimensional data can be provided for development.
A: Yes. The coiling groove can be customized according to fiber length, cable diameter, tray dimensions and required minimum bend radius, helping organize excess cable without creating unnecessary bending.
A: PET and PS sheets are available for different packaging requirements. The material specification can be selected together with the required surface resistance, transparency, rigidity and structural design.
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