TUBALL™
NANOTUBES
PRODUCTS
BY MATERIAL
BY APPLICATION
PRODUCT SAFETY
CONTACTS
EN

TUBALL™
graphene nanotubes: advancing

OCSiAl is the global leader in single wall carbon nanotube technologies and the key supplier of nanotube solutions. Explore more than 40 nanotube products for various polymers and electrochemical power sources.
BATTERIESHigh-performing conductive and reinforcing additive for battery electrodesLearn moreAEROSPACESmart materials and technologies empowered by nanotubesLearn moreOIL & GASGraphene nanotubes guarantee safety and productivityLearn moreFUTURE OF MOBILITYNanoaugmented transport – intelligent, functional and energy efficientLearn more

Application Cases for

SMC composite

Tank coating

Touchscreen-compatible silicone finger prostheses

Treadmill belts

Сable connectors outer conductive sprayed layer

Сomposite printing sleeves

Сonductive epoxy coating

Сonductive FKM for extrusion grades

Сonductive INK

Сovering of printing sleeves

Anti-static / anti-dust silicone coating

Anti-static FKM rubber parts used in robotic factories

Anti-static fluoroelastomer textile coating

Anti-static gelcoats for children's slides

Anti-static RTV silicone part

Anti-static silicone printing pads

Anti-static transparent film

Cable connectors cold shrink part

Cleanroom latex gloves

Conductive silicone grease

Conductive solvent-based acrylic primer

Conductive waterborne acrylic primer

Connecting cable sleeve

Diagnostic pig discs

Electrically heated coating

EMI shielding silicone components

E-painting

EPDM cable accessories

EPDM сonveyor belts and rollers

Epoxy floor

Epoxy powder coatings

ESD protective touchscreen gloves

EV battery pack parts

Fiberglass reinforced grantings

Fiberglass tank

FKM rubber parts

Flexible silicone skin electrodes, sensors

FRP cable tray

GFRP pipes

Industrial castors

Industrial conveyor belts

Latex textile coating

Lining coating

Mining rollers

Motorcycle tires

NBR conveyor belts and rollers

NR/BR non-marking solid tires

PE containers

Polyester gelcoat for blades

Polyester gelcoat for electronic equipment

Polyester moldcoat

Polyurethane concrete floor

Polyurethane synthetic leather

Pressure-sensitive adhesive film

Printing blanket

PU end caps of filters

PU roller

PVC plastisol-based flexible ventilation ducting

PVC plastisol-based textile

Reinforced lightweight composite gas cylinder

Rigid foam PU packaging

Roller for flexographic printing

Signal lamps

Silicone electronic impulse massage device

Silicone printing rollers

Silicone textile coating

Silicone wearable electronics

SMC composite

Tank coating

Touchscreen-compatible silicone finger prostheses

Treadmill belts

Сable connectors outer conductive sprayed layer

Сomposite printing sleeves

Сonductive epoxy coating

Сonductive FKM for extrusion grades

Сonductive INK

Сovering of printing sleeves

Anti-static / anti-dust silicone coating

Anti-static FKM rubber parts used in robotic factories

Anti-static fluoroelastomer textile coating

Anti-static gelcoats for children's slides

Anti-static RTV silicone part

Anti-static silicone printing pads

Anti-static transparent film

Cable connectors cold shrink part

Cleanroom latex gloves

Conductive silicone grease

TUBALLMATRIX 204
TUBALL™ for SMC COMPOSITES
TUBALLMATRIX 204
Versatile conductive additive based on a plasticizer with a stabilizing agent for polyester and vinyl-ester coatings, for melamine and acrylic solvent-based applications
View Product
TUBALL™ for SMC COMPOSITES
PRODUCT

Anti-static SMC composites for using in electronic equipment

REQUIREMENTS
  • Volume resistivity of 106–109 Ω∙cm
  • Permanent and stable level of resistivity   
TUBALL™ SOLUTION

6 wt.% of conductive carbon black as a conductive additive was replaced with
0.2 wt.% of TUBALL™ MATRIX 204

KEY BENEFITS
  • Permanent and stable anti-static properties without “hot spots”
  • Resistivity is independent of humidity
  • Wide range of colors is available
  • Clean manufacturing process without carbon black powder or dust
  • Original flame retardancy is maintained   

News

  • September 10, 2026
    How far can the nanotubes in just 1 gram of TUBALL™ reach?
    Around the Earth? Easy.
    To the Moon? Much further.
    To the Sun? And back.
    Placed end to end, the nanotubes in just 1 gram of TUBALL™ would stretch for roughly 300 million kilometers.
    Read on LinkedIn
  • September 8, 2026
    [💡R&D] What if the energy storage powering wearable electronics could flex with them?
    Researchers from Sungkyunkwan University (SKKU) and Hubei University of Technology used OCSiAl single wall carbon nanotubes in composite that forms a 3D conductive network for flexible micro-supercapacitors. The resulting devices retained 93% capacitance after 10,000 cycles and continued operating while bent by up to 120°. Integrated with a wearable solar energy harvester, the micro-supercapacitor successfully powered a digital clock.

    Read the full article: https://lnkd.in/dMNgJgcS
    Read on LinkedIn
Read more news about TUBALL™

Head office

1 Rue de la Poudrerie,
L-3364, Leudelange,
Grand-Duché de Luxembourg

+352 2 8991588

Twitter
Ocsial
About OCSiAl
R&D
Synthesis technology
Partners
Press-room
Articles
Ocsial

© All rights reserved. OCSiAl 2018–2026