Lining
coatings
Graphene nanotubes for tank lining coatings: electrical conductivity, durability, and light colors
TUBALL™ graphene nanotubes enhance tank coatings by providing stable, uniform electrical conductivity while preserving the original mechanical properties of the material. Nanotubes enable the creation of light-colored, durable coatings with ESD protection using standard production technology and equipment.
Graphene nanotube-enhanced anti-static lining coatings comply with international standards and recommendations, including EN 14015, TRbF 401, NFPA 77, and other regional versions. By installing these coatings, manufacturers can overcome the limitations of conventional conductive agents, while end-users can simplify tank visual inspections and regular maintenance.
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Main properties
Surface resistivity
<10⁴–10⁹ Ω/sq
Variety
of colors
Maintained mechanical
properties
Conductive tank linings
What is a conductive lining coating?
Conductive lining coatings are specialized protective layers designed to prevent static charge buildup inside storage tanks and containers. By incorporating conductive materials, these coatings ensure safe electrostatic dissipation (ESD), reducing the risk of sparks and explosions when handling flammable liquids or powders.
They are widely used in industries such as chemicals, oil and gas, and pharmaceuticals where safe storage and transportation of hazardous materials are critical. These coatings help comply with safety standards and improve maintenance efficiency while preserving the integrity of the stored materials.
Graphene nanotubes outperform standard additives
TUBALL™ graphene nanotubes provide stable electrical conductivity in tank lining coatings, offering a superior alternative to graphite powder and conductive mica. These ultra-strong, electrically conductive, flexible nanotubes are effective at ultralow dosages—dozens of times lower than conventional additives—delivering unmatched performance. The result is electrostatic dissipative, durable, high-performance coatings with maintained mechanical properties and required lighter colors.
- Diagram
- Table
- TUBALL™
- Carbon black
- Conductive mica
Permanent, stable conductivity
TUBALL™ graphene nanotubes in epoxy coatings provide stable, permanent surface resistivity of 10⁴–10⁹ Ω/sq that remains consistent over time and is independent of humidity, with no insulating spots.
Maintained mechanical properties
In contrast to conventional conductive additives, TUBALL™ nanotubes unique morphology and the ultralow dosage required help preserve high bond strength and adhesion, as well as resistance to wear, abrasion, and impact. This makes it possible to avoid time-consuming and costly remedial maintenance.
Light-colored coatings
The tiny amount—just 0.1 wt.%—of 10% TUBALL™ nanotube concentrate required to achieve permanent electrical conductivity in lining coatings allows light colors to be preserved. A wide range of available colors accelerates visual inspections and improves servicing efficiency. This also enables a servicing company to apply a light-colored top layer. Any contrast between top and base layers indicates insufficient coating thickness, making it easy to identify areas that need maintenance. Additionally, during operation, a light-colored lining makes it much easier to inspect for defects on the internal surface.
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Additional benefits
Maintained chemical resistance
Less influence on rheology
Flexibility of formulation
Industry-friendly forms of nanotubes for standard processing
TUBALL™ graphene nanotubes are available in the industry-friendly form of a concentrate that guarantees clean production and the ability to use standard industrial equipment. Concentrates can be added during the compounding stage and don’t affect the manufacturing process.
Contáctenos para obtener las guías de procesamiento de productos y documentación técnica adicional
TUBALL™ MATRIX 201
Aditivo conductivo basado en un plastificante para revestimientos epoxi con disolvente sin afectación en el color y las propiedades mecánicas
TUBALL™ MATRIX 203
Aditivo conductivo basado en un plastificante con un agente estabilizador para recubrimientos epoxi y PU con disolvente sin afectación en el color y las propiedades mecánicas
TUBALL™ MATRIX 207
Aditivo conductivo basado en un plastificante para revestimientos epoxi con disolvente sin afectación en el color y las propiedades mecánicas
TUBALL™ MATRIX 208
Aditivo conductivo basado en un plastificante con un agente estabilizador para recubrimientos epoxi y PU con disolvente sin afectación en el color y las propiedades mecánicas
TUBALL™ MATRIX 301
Aditivo conductivo basado en un surfactante para recubrimientos epoxi y PU sin disolventes y sin afectación en el color y las propiedades mecánicas. También se recomienda para los compuestos de epoxi.
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