Aluminum Splice Tray 12 Cores with 2 Splice Modules Black 178x121x12mm

The aluminum splice tray 12 cores (178×121×12mm) provides durable and organized fiber management with 2 splice modules for FTTH and telecom networks.

SKU FST01-12AL Category
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The Aluminum Fiber Optic Splice Tray is designed for secure organization, protection, and management of fiber splicing points within fiber optic distribution systems. It is widely used in splice closures, patch panels, and fiber management enclosures for FTTH, FTTA, and telecom networks.

Built from high-strength aluminum material, this 12-core splice tray provides excellent durability and heat resistance while maintaining a lightweight structure. It comes equipped with 2 splice modules to support efficient fiber splicing and routing, ensuring stable and organized fiber management in high-density installations.
Capacity12 Cores
MaterialAluminum
ColorBlack
Dimensions178 × 121 × 12 mm
Splice Modules2 pcs included
StructureStackable tray design
FunctionFiber splicing & organization
  • High-strength aluminum construction for durability and stability
  • Supports up to 12 fiber cores with organized routing
  • Equipped with 2 splice modules for efficient fiber management
  • Lightweight design for easy installation and handling
  • Compatible with splice closures and distribution frames
  • Smooth surface finish for improved fiber protection
  • Resistant to deformation and environmental stress
  • Stackable design for multi-layer fiber management
  • FTTH fiber distribution systems
  • FTTA base station fiber management
  • Telecom central office and ODF systems
  • Fiber optic splice closures
  • Data center fiber cable organization
  • CATV fiber network installations

We provide OEM and ODM services for fiber splice trays. Custom options include fiber capacity (12F, 24F, 48F), material selection (plastic or metal), module configuration, labeling, color, and packaging design for telecom operators and fiber infrastructure suppliers.

Q1: What is the function of a splice tray?

A splice tray organizes and protects fiber splicing points, preventing damage and maintaining proper fiber routing.

Q2: Why use aluminum instead of plastic?

Aluminum provides higher mechanical strength, better heat resistance, and improved durability in demanding environments.

Q3: Can this tray be used in splice closures?

Yes, it is compatible with most standard fiber optic splice closures and distribution enclosures.

Q4: How many fibers does it support?

This model supports up to 12 fiber cores with structured splice management.

Q5: Is it stackable?

Yes, multiple trays can be stacked for higher capacity fiber management systems.