Fiber Optic Heat Shrink Sleeve

Professional fiber optic heat shrink tubes in 40mm, 45mm, and 60mm lengths provide enhanced protection for fiber splicing points. Features steel rod reinforcement, pre-shrunk ends for stability, and compatibility with FTTH/FTTx projects. Ideal for termination boxes, splice trays, and cross-connecting cabinets with multiple diameter options.

ISO-certified micro fiber optic heat shrink sleeves with reduced 2.7mm diameter after shrinking for high-density splicing applications. Clear polyethylene construction provides essential protection for fusion splices while optimizing space in existing splice trays. Available in multiple sizes from 40mm to 60mm length.

Professional stainless steel and PE fiber optic heat shrink splice protectors in 40mm, 45mm, and 60mm lengths. Features steel rod reinforcement, pre-shrunk ends for stability, and customizable colored inner tubes. Ideal for FTTH, FTTx projects, termination boxes, and cross-connecting cabinets with reliable splicing point protection.

Professional 45mm fiber optic heat shrink splice sleeve with polyethylene protection and stainless steel reinforcement. Features hot-melt adhesive inner lining for secure connections, shrinks to 3.0mm OD. ISO9001:2008 certified with daily production capacity of 200,000 units. Ideal for telecommunications and network infrastructure applications.

Professional pink fiber optic heat shrink sleeves with 304 stainless steel reinforcement for enhanced splice protection. Available in 40mm, 45mm, and 60mm lengths with 1.0-1.5mm diameters. Ideal for FTTH & FTTx projects, termination boxes, and splice trays. Custom color options available for telecommunications infrastructure applications.

Professional 45mm fiber optic heat shrink sleeve designed for protecting fiber splicing points in telecommunications infrastructure. Features integrated steel rod reinforcement, pre-shrunk ends for stability, and compatibility with 40mm, 45mm, and 60mm splice trays. Ideal for FTTH and FTTx projects, termination boxes, and cross-connecting cabinets with multiple size options available.

Professional orange fiber optic heat shrink sleeves designed for FTTH and FTTx projects. Features three-component construction with heat shrink tube, hot fusion tube, and steel rod reinforcement. Available in 40mm, 45mm, and 60mm lengths with OD after shrinking from 2.5mm to 3.0mm. Provides superior protection for fiber splicing points in termination boxes and cross-connecting cabinets.

Professional 60mm fiber optic heat shrink sleeve with 2.9mm OD, featuring three-layer construction with steel reinforcement. Provides enhanced protection for fusion splices in termination boxes, splice trays, and cross-connecting cabinets. Available in multiple colors and custom specifications for FTTH and FTTx deployments.

Professional fiber optic heat shrink sleeves designed for enhanced splicing point protection and positioning support. Available in 40mm, 45mm, and 60mm lengths with steel rod diameters from 1.0mm to 1.5mm. Features clear outer tubes and customizable inner tube colors for FTTH & FTTx network applications in termination boxes and splice trays.

Professional PE heat shrink sleeves in 40mm, 45mm, and 60mm lengths with steel rod reinforcement. Features clear outer tube with colored inner tube for easy identification. Designed for fiber splicing protection in FTTH and FTTx telecommunications projects. Custom colors and specifications available for splice trays and fiber closures.

Professional heat shrinkable fiber optic splice protection sleeves in 40mm, 45mm, and 60mm lengths. Features steel rod reinforcement, pre-shrunk ends, and blue identification color. Ideal for FTTH/FTTx projects, terminal boxes, and splice trays. Provides mechanical protection and environmental sealing for reliable fiber optic connections.

Professional 2.5mm fiber optic heat shrink sleeves with steel reinforcement for enhanced splice protection. Available in 40mm, 45mm, and 60mm lengths with customizable color options. Ideal for FTTH & FTTx projects, termination boxes, and splice trays. Three-layer construction ensures reliable performance in telecommunications infrastructure.

Professional 60mm fiber optic heat shrink sleeve with three-layer construction for enhanced splicing point protection. Features pre-shrunk ends, multiple size options (40/45/60mm), and custom color availability. Ideal for FTTH & FTTx projects, termination boxes, and splice trays with steel rod diameters from 1.0mm to 1.5mm.

Professional heat shrink sleeves for fiber optic splice protection in FTTH/FTTx projects. Available in 40mm, 45mm, and 60mm lengths with steel reinforcement rods. Features preshrunk ends for stability and compatibility with termination boxes, splice trays, and cross-connecting cabinets.

Professional purple fiber optic heat shrink sleeve with 1.2mm steel rod and 60mm standard length. Provides enhanced protection for fiber splicing points in FTTH/FTTx projects. Features heat shrink tube, hot fusion tube, and steel rod construction for reliable performance in termination boxes and splice trays. Custom colors and OEM/ODM services available.

25mm diameter heat shrinkable tubes with PE outer layer and EVA inner hot melt tube. Features fast shrinkage, excellent transparency for fiber visibility, RoHS compliance, and color-coded identification. Available in 15mm, 20mm, and 40mm lengths with custom specifications for fiber splice protection.

Professional 60mm fiber optic heat shrink sleeve designed for enhanced protection of splicing points and precise positioning. Features steel rod reinforcement, customizable color options, and compatibility with standard splice trays. Ideal for FTTH & FTTx network deployment with multiple size variations available.

Professional fiber optic heat shrink protection sleeves with steel rod reinforcement. Available in 40mm, 45mm, and 60mm lengths with 1.0-1.5mm diameters. Provides enhanced mechanical protection for fiber splices in termination boxes, splice trays, and cross-connecting cabinets. Custom color options available for inner tubes. Ideal for FTTH & FTTx network infrastructure projects.