MaxCell Multi-Cell Textile Sub - Tube – MXE3212 – Datacentre

MaxCell Multi-Cell Textile Sub-Tube – MXE3212 – Datacentre

The MaxCell Multi-Cell Textile Sub-Tube – MXE3212 – Datacentre is a high-performance multi-cell textile sub-duct designed to maximise conduit capacity and simplify cable deployment within data centres, FTTH networks and telecommunications infrastructure. Built using 5th generation MaxCell technology, the flexible, pre-lubricated textile construction significantly reduces cable pulling forces while making the most of available conduit space.

Designed for installation inside existing PVC, HDPE and TPC ducts, the MXE3212 enables the deployment of new cables or the addition of future services without the need for further civil works. Its three-cell configuration supports cables up to 12mm in diameter per cell, providing a scalable, efficient solution for modern network infrastructure while simplifying future upgrades and cable replacements.

Key Features:

• Multi-cell textile sub-duct

• Proven 5th generation MaxCell technology

• Three independent cable compartments

• Pre-lubricated textile construction

• Reduces cable pulling forces

• Maximises available conduit capacity

• Suitable for new installations and network upgrades

• Flexible design adapts to conduit geometry

• Supports future cable additions and replacements

• Ideal for data centre and telecommunications infrastructure

Technical Specifications:

• Product Type: Multi-Cell Textile Sub-Tube

• Brand: MaxCell

• Model: MXE3212

• Construction: Flexible Pre-Lubricated Textile

• Number of Cells: 3

• Maximum Cable Diameter: 12mm per Cell

• Compatible Conduits:

  • PVC

  • HDPE

  • TPC

• Applications:

  • Data Centres

  • FTTH Networks

  • Telecommunications Infrastructure

  • Critical Infrastructure

• Available Supplier References:

  • MXE32121

  • MXE32122

  • MXE32123

• Weight: 200kg

Applications:

• Data centres

• FTTH network deployment

• Telecommunications infrastructure

• Campus networks

• Enterprise fibre networks

• Underground duct systems

• Critical infrastructure

• Network expansion projects

• Cable replacement programmes

• High-capacity conduit management