Product Model
HDPE Microduct Bundle 14/10mm 2/4/7 Way Fiber Optic Pipe Outdoor Duct
Product Model
HDPE Microduct Bundle 14/10mm 2/4/7 Way Fiber Optic Pipe Outdoor Duct
Outdoor HDPE Microduct Bundles are designed for FTTH and FTTx fiber optic networks, available in 2/4/7-way configurations with 14/10mm sizes.
Made from virgin HDPE, they offer excellent UV resistance, durability, and long service life for outdoor applications including direct burial, duct, and aerial installation.
The smooth inner wall ensures low friction for efficient fiber blowing, jetting, or pulling, improving installation speed and reducing labor cost.
Widely used in FTTH, telecom backbone, 5G networks, and data centers, this microduct system provides a reliable and cost-effective solution for modern fiber optic infrastructure.
Microduct systems are designed for high-capacity, flexible, and cost-efficient fiber optic network deployment. The product range includes 1-way, 2-way, 4-way, 7-way and multi-way bundled ducts, with sizes from DN7mm to DN50mm, covering microduct, flat duct, flat flex duct, standard duct, and indoor duct solutions.
Made from virgin HDPE material, the system offers excellent durability, UV resistance, corrosion resistance, and long service life. Optional structures include UV-stabilized, anti-rodent, anti-static, and LSHF materials, with smooth, ribbed, or silicone inner layers to reduce friction and improve cable blowing performance.
Outdoor HDPE Microduct Bundles are designed for FTTH and FTTx fiber optic networks, available in 2/4/7-way configurations with 14/10mm sizes.
Made from virgin HDPE, the system offers excellent durability, UV resistance, and long service life for outdoor applications such as direct burial, duct, and aerial installation.
The smooth inner wall ensures low friction for efficient fiber blowing, jetting, or pulling, improving installation efficiency and reducing labor cost.
Key Features:
High pressure resistance for rural broadband fiber deployment
HDPE material with UV, corrosion, and weather resistance
Flexible design for easy installation in complex environments
Non-toxic and eco-friendly for sustainable infrastructure projects
FTTH networks
Telecom backbone systems
5G infrastructure
Data centers
Broadband access networks