Molecular Rebar Carbon Nanotubes
Powering Performance with Carbon Nanotubes
Molecular Rebar delivers surface-tailored, industrial-scale carbon nanotubes designed to boost strength, conductivity, durability, and dispersion. With a proven track record in rubber, coatings, and conductive inks, Molecular Rebar brings next-generation performance into real-world production.
Reinforced Strength
Molecular Rebar CNTs significantly enhance tensile strength and fatigue resistance in composite materials, enabling tougher, longer-lasting products without major formulation changes.
Better Conductivity
By introducing controlled electrical and thermal pathways, Molecular Rebar helps polymers and coatings achieve the conductivity needed for ESD protection, sensing, heating, and smart surfaces.
Reliable Dispersion
Surface functionalisation reduces agglomeration and improves compatibility, delivering stable, fine dispersions that translate into consistent properties and easier processing.
Industrial Readiness
Backed by ISO 9001 quality systems, over 100 patents, and scaled commercial production, Molecular Rebar is ready for industrial adoption — giving manufacturers a dependable, application-proven CNT solution.
Product Contact Form
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Surface-tailored carbon nanotubes for real-world industrial use
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Significant boosts in tensile strength and fatigue resistance
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Enhanced electrical and thermal conductivity for ESD, sensing and heating
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Improved dispersion via surface functionalisation to reduce agglomeration
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Better compatibility with polymers, coatings and inks for easier processing
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Stable, fine dispersions for consistent, reliable end-use properties
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Backed by ISO 9001 quality, extensive patents and scaled commercial production
Additional Information
| Product | Key Benefit |
|---|---|
| MRO Gen I – TOTM (50:50) | Carbon nanotubes for polar polymers giving improved mechanicals |
| MRO Gen II – TDAE (30:70) | Carbon nanotubes for non-polar polymers with improved wear & abrasion |
| NOMR – MB – PLX485S (25%) | Carbon nanotubes in fluoroelastomer MB giving improved mechanicals |
| GEN IV – MB – SBR1502 (15%) | Carbon nanotubes for silica rich compounds giving better wear properties |
