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ZEONANO® SG101 Single-Wall Carbon Nanotubes (SWCNT)

Reinforcing Tomorrow’s Innovations Today

ZEONANO® SG101 provides engineers and R&D teams with a powerful combination of strength, conductivity, and flexibility, helping to drive innovation in energy storage, electronics, and conductive materials.

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A visualization of the structure of a Carbon nanotube

ZEONANO® SG101 Delivers on Multiple Fronts

ZEONANO® SG101 delivers superior conductivity along with an unmatched specific surface area, high aspect ratio, and exceptional purity. Compared to multi-wall carbon nanotubes (MWCNTs), this single-wall carbon nanotube offers enhanced flexibility, reduced weight, and high mechanical strength.

Superior Electrical Conductivity

ZEONANO® SG101 forms ultra-efficient conductive networks even at low concentrations. This enables excellent electrical conductivity in materials that are typically insulating, such as rubber and polymers.

Unmatched Strength

ZEONANO® SG101 offers exceptional force resistance in a lightweight form, making it ideal for reinforcing polymers in demanding applications.

High Surface Area

Its high surface area enhances energy storage capacity, making it perfect for use in electrode materials for power storage solutions.

Exceptional Purity

With minimal metal catalyst residues, ZEONANO® SG101 ensures stable performance in sensitive applications such as energy storage and electronics.

Versatile Applications

Thanks to its high aspect ratio and low percolation threshold, ZEONANO® SG101 enables applications such as self-supporting films, conductive polymers, and antistatic materials.

Cost-Effective Production

Efficient production methods help reduce costs, enabling scalable manufacturing for a wide range of industries.

Technical Highlights

Contact us for complete technical details about ZEONANO® SG101.

AppearanceSpecific Surface AreaLength in ForestAverage DiameterImpurity (including metals)Carbon Purity
Black Powder>1,100m2 /g 300~500µm3 - 5nm <500ppm99% min

Applications

Shape the Future of Innovation

Solar Panel on Conveyor Line during Production Process

Energy Storage

Improve conductivity in energy storage (Li-ion batteries), thermal management, solar absorption, and efficient power transmission.
Close-up of a phone's internal semiconductors connected to a phone camera

Electronics

Boost high-performance semiconductors, adaptive circuits, and effective heat dissipation.
Close-up of a roll of rubber

Advanced Materials

Deliver advanced solutions with conductive films, actuators, and heat-resistant viscoelastic materials.
Wind Turbines in a field

Structural Materials

Improve strength in automotive, aerospace, and wind turbine components with advanced reinforcement materials.

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Our team goes beyond the sale to provide informed, technical solutions. Let us guide your innovation.

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