Fiber Optic Splice Protection Sleeve Single Fiber 1.5×40mm Heat Shrink Tube

The 1.5×40mm fiber optic splice protection sleeve provides durable heat-shrink protection for single-fiber fusion splices in FTTH and telecom networks.

SKU PS-1540 Category
Share this product with

The Fiber Optic Splice Protection Sleeve is designed to provide mechanical protection and environmental sealing for single-fiber fusion splices. It is widely used in FTTH, FTTA, telecom networks, and fiber distribution systems to ensure long-term stability and reliability of spliced fibers.

This 1.5×40mm heat shrink sleeve features an inner hot-melt adhesive layer and a reinforced support rod, which help restore the fiber coating and protect the splice point from bending, moisture, and mechanical stress. It is suitable for use in splice trays, fiber closures, and ODF systems.
Fiber TypeSingle Fiber
Dimensions1.5 × 40 mm
StructureHeat shrink with adhesive
ReinforcementInternal support rod
FunctionSplice protection
InstallationFusion splice protection
  • Single-fiber splice protection design for fusion splices
  • Heat shrink outer tube with internal adhesive lining
  • Reinforced stainless steel or ceramic support rod inside
  • Provides mechanical strength and environmental sealing
  • Prevents bending, stretching, and external damage at splice point
  • Compact 1.5×40mm size for high-density fiber management
  • Easy installation in standard splice trays and closures
  • Stable long-term performance in telecom environments
  • FTTH fiber access networks
  • FTTA base station fiber systems
  • Telecom ODF and distribution frames
  • Fiber optic splice closures
  • Data center fiber management
  • CATV fiber distribution systems

We provide OEM customization for splice protection sleeves, including different sizes, colors, shrink ratios, support rod materials, packaging options, and branding to meet telecom operator and project requirements.

Q1: What is the purpose of a splice protection sleeve?

It protects fiber fusion splice points from mechanical stress, bending, and environmental damage.

Q2: How does it work?

It uses a heat shrink tube with adhesive lining and an internal support rod to secure and reinforce the fiber splice.

Q3: Where is it installed?

It is installed in splice trays, fiber closures, and distribution boxes.

Q4: Is it suitable for outdoor use?

Yes, it provides moisture and dust protection when installed inside proper fiber enclosures.

Q5: What fiber type is it used for?

It is designed for single-fiber fusion splicing applications in telecom and FTTH networks.