MaxCell Multi-Cell Textile Sub - Tube – MXE4418 – Datacentre

MaxCell Multi-Cell Textile Sub-Tube – MXE4418 – Datacentre

The MaxCell Multi-Cell Textile Sub-Tube – MXE4418 – Datacentre is a premium multi-cell textile sub-duct designed for high-density data centre, 5G and telecommunications infrastructure. Developed using 5th generation MaxCell EDGE technology, its flexible, pre-lubricated textile construction minimises cable pulling forces while maximising the available capacity within existing duct systems.

Designed for installation inside PVC, HDPE and TPC conduits, the MXE4418 enables efficient deployment of new cabling while simplifying future network expansion without additional civil works. Featuring up to four independent compartments, each capable of accommodating cables up to 18mm in diameter, it delivers exceptional flexibility, cable protection and space optimisation for demanding IT and telecom environments.

Key Features:

• Multi-cell textile sub-duct for data centre and 5G applications

• MaxCell EDGE 5th generation technology

• Up to four independent cable compartments

• Pre-lubricated textile construction

• Reduces cable pulling forces

• Maximises available conduit capacity

• Suitable for new installations and infrastructure upgrades

• Flexible design adapts to conduit geometry

• Protects critical network cabling

• Ideal for high-density telecommunications environments

Technical Specifications:

• Product Type: Multi-Cell Textile Sub-Tube

• Brand: MaxCell

• Model: MXE4418

• Version: MaxCell EDGE Datacentre / 5G

• Construction: Flexible Pre-Lubricated Textile

• Number of Cells: Up to 4

• Maximum Cable Diameter: 18mm per Cell

• Compatible Conduits:

  • PVC

  • HDPE

  • TPC

• Applications:

  • Data Centres

  • 5G Infrastructure

  • FTTH Networks

  • High-Density Telecommunications Deployments

• Flexible for future cable additions, replacement and removal

Applications:

• Data centres

• High-density server environments

• 5G infrastructure

• FTTH network deployment

• Telecommunications networks

• Enterprise fibre infrastructure

• Campus networks

• Critical infrastructure

• Underground duct systems

• Network expansion and cable management