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CNT Conductive Tile
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Product / CNT Conductive Tile

Conductivity underfoot. Continuity by design.

Developed with carbon nanotube technology, CNT conductive flooring combines electrical conductivity and durability for spaces where electrostatic control matters.

Choose a thickness

Thickness
2.0 ± 0.15 mm
Nominal size
600 mm
Weight per area
3.9 kg/m²
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CNT conductive floor tile product image

Performance, built into the material

Carbon nanotubes dispersed in a special binder form the basis of the multilayer structure’s conductivity and durability.

CNT conductive tile sample under UV light
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Stability under UV

The manufacturer describes stable electrical conductivity and surface appearance during prolonged exposure to UV light.

  • Reported unchanged conductivity after 50,000 mJ of UV exposure.
  • A material structure intended for low-level UV from LED equipment.
  • Formulated to limit yellowing and changes in resistance.
Wind turbine above a green forest
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A considered material approach

The formulation uses non-phthalate plasticisers and selected raw materials. Environmental characteristics are described in the manufacturer’s product information.

  • Raw materials free of heavy metals and bromine.
  • Designed for low VOC, toluene and formaldehyde emissions.
  • RoHS and REACH requirements referenced by the manufacturer.
CNT tile material on a continuous press production line
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Dimensional stability

Continuous Double Belt Press processing and temperature-controlled curing help the tile retain its shape under heat and humidity.

  • Continuous pressing and curing at controlled temperatures.
  • Published dimensional stability in MD and CD directions: no more than 0.25%.
  • Designed for continuity at joints and a stable surface.
Manufacturer photograph showing a conductive CNT flooring system
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For different flooring systems

CNT tile is developed for conventional flooring installations as well as raised floor panels.

  • Standard flooring and raised-floor applications.
  • Environments requiring electrostatic discharge control.
  • High-load and perforated-panel uses described by the manufacturer.

FREQUENTLY ASKED

Clear answers to your questions.

What does a CNT conductive tile do?

It helps control static electricity in areas containing sensitive equipment. Carbon nanotubes form the conductive component of the multilayer tile structure, which includes PVC.

How should I choose between 2 mm and 3 mm tiles?

The published weight is 3.9 kg/m² for the 2.0 mm option and 5.85 kg/m² for the 3.0 mm option. Thickness is selected together with the flooring system and the technical requirements of the project.

What does UV stability mean for this product?

The manufacturer DOOHA reports no change in electrical conductivity after 50,000 mJ of UV exposure. It also describes long-term use under low-level UV from LED equipment, with limited yellowing and resistance change.

Can CNT tiles be used on a raised floor?

Yes. The manufacturer describes CNT tiles for both standard flooring installations and raised floor panels. Panel, adhesive and installation details are assessed together with the technical documents for the selected flooring system.

Carbon nanotube technology

Learn about carbon nanotubes, the special binder and continuous manufacturing.

Discover the technology

General product properties

Compare 2.0 and 3.0 mm options by their size, weight and published physical properties.

All technical specifications