Aluminum Splice Tray 24 Cores with 2 Splice Modules Black 310x100x12mm
The aluminum splice tray 24 cores (310×100×12mm) provides durable and organized fiber management with 2 splice modules for FTTH and telecom applications.
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Description
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Specification
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Features
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Application
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Custom Service
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FAQ
The Aluminum Fiber Optic Splice Tray is designed for efficient organization, protection, and routing of fiber splicing points in optical communication networks. It is widely used in splice closures, fiber distribution frames, and ODF systems for FTTH, FTTA, and telecom applications.
Constructed from high-strength aluminum, this 24-core splice tray provides excellent durability, structural stability, and resistance to deformation. It includes 2 splice modules to support organized fiber management, ensuring secure splicing and clean routing in medium to high-density fiber installations.| Capacity | 24 Cores |
|---|---|
| Material | Aluminum |
| Color | Black |
| Dimensions | 310 × 100 × 12 mm |
| Splice Modules | 2 pcs included |
| Structure | Stackable tray design |
| Function | Fiber splicing & organization |
- Durable aluminum construction for long-term stability
- Supports up to 24 fiber cores for higher capacity applications
- Equipped with 2 splice modules for organized fiber management
- Lightweight yet strong structure for easy installation
- Compatible with standard splice closures and ODF systems
- Stackable design for scalable fiber capacity expansion
- Smooth surface finish to protect fiber routing paths
- Resistant to mechanical stress and environmental impact
- FTTH fiber access networks
- FTTA base station fiber systems
- Telecom central office and ODF frames
- Fiber optic splice closures
- Data center fiber management systems
- CATV distribution networks
We provide OEM and ODM services for fiber splice trays. Custom options include fiber capacity (12F, 24F, 48F), material options (aluminum or plastic), splice module configuration, labeling, color customization, and packaging solutions for telecom operators and distributors.
Q1: What is the advantage of a 24-core splice tray?
It allows higher fiber density management, reducing the number of trays required in closures or ODF systems.
Q2: Why choose aluminum material?
Aluminum provides superior durability, rigidity, and long-term stability compared to plastic trays.
Q3: Can this tray be stacked?
Yes, it is designed for multi-layer stacking in splice closures and fiber management systems.
Q4: Where is this splice tray commonly used?
It is used in FTTH, FTTA, telecom backbone networks, and data center fiber distribution systems.
Q5: Does it come with splice modules included?
Yes, it includes 2 splice modules for organized fiber splicing and protection.
