By Matteriall Nano Technology B.V.
High-purity Single-Walled Carbon Nanotube (SWCNT) Dispersion in DMAC with 0.2–0.3 wt% SWCNT concentration, >95% purity, and 1–2 nm nanotube diameter. Suitable for conductive coatings, printed electronics, nanocomposites, sensors, thin films, and advanced nanotechnology research. Single Wall Dispersion, 0.2-0.3 w t% SWCNTs (>95%, D 1-2nm)/DMAC Dispersion Our Single-Walled Carbon Nanotube (SWCNT) Dispersion is a high-quality, research-grade suspension of purified SWCNTs in N,N-Dimethylacetamide (DMAC). The nanotubes exhibit a purity greater than 95% and an average diameter of 1–2 nm, providing outstanding electrical conductivity, excellent mechanical strength, and superior thermal performance. The dispersion is carefully processed to produce a stable and homogeneous suspension while minimizing nanotube agglomeration. It is suitable for direct use in research, advanced material development, conductive coatings, polymer processing, and next-generation electronic applications. Designed for universities, research laboratories, industrial R&D, and nanotechnology development. Key Features - High-purity Single-Walled Carbon Nanotubes (>95%) - Stable dispersion in N,N-Dimethylacetamide (DMAC) - SWCNT concentration: 0.2–0.3 wt% - Average nanotube diameter: 1–2 nm - Excellent electrical conductivity - Superior thermal conductivity - High aspect ratio nanotubes - Reduced agglomeration for improved processing - Uniform and stable dispersion - Ready-to-use formulation - Research-grade quality Typical Applications - Conductive inks - Printed electronics - Flexible electronics - Transparent conductive coatings - Thin-film fabrication - Polymer nanocomposites - Lithium-ion batteries - Supercapacitors - Fuel cells - Electrochemical sensors - Biosensors - EMI shielding materials - Aerospace composites - Advanced nanotechnology research Technical Specifications - Material: Single-Walled Carbon Nanotubes (SWCNT) - Purity: >95% - Concentration: 0.2–0.3 wt% - Solvent: N,N-Dimethylacetamide (DMAC) - Average Diameter: 1–2 nm - Number of Walls: Single Wall - Appearance: Black homogeneous dispersion - Form: Liquid Dispersion - Dispersion Stability: High - Electrical Conductivity: Excellent - Thermal Conductivity: Excellent - Mechanical Strength: Excellent - Grade: Research Grade Packaging Options Available package sizes: - 10 mL - 25 mL - 50 mL - 100 mL - 250 mL - 500 mL - 1 L Custom packaging is available upon request. Storage Conditions - Store in a tightly sealed container. - Recommended storage temperature: 2–8°C. - Protect from direct sunlight. - Avoid freezing. - Shake gently before use. - Mild sonication is recommended if slight sedimentation occurs after long-term storage. Safety Information Research Use Only. Avoid inhalation of airborne particles. Wear suitable gloves, eye protection, and laboratory mask when handling. Use inside a fume hood whenever possible. Not intended for food, pharmaceutical, cosmetic, or medical use. Shipping Information Products are supplied in chemically resistant laboratory bottles with secure leak-proof caps. Each package is: - Individually sealed - Properly labeled - Carefully packaged to minimize shipping damage Worldwide shipping available. Weight: 0,035 kg Dimensions: 8 × 8 × 4 cm
Single-Walled Carbon Nanotubes (SWCNT) Powder | 95% Purity | OD <2 nm | 5–30 µm Our Single-Walled Carbon Nanotubes (SWCNTs) are high-quality, research-grade carbon nanomaterials produced with excellent structural integrity and high purity. Featuring an outer diameter below 2 nm and lengths ranging from 5 to 30 µm, these nanotubes provide exceptional electrical conductivity, superior thermal conductivity, remarkable tensile strength, and an ultra-high aspect ratio. Due to their outstanding physical properties, SWCNTs are widely used in advanced composite materials, conductive polymers, batteries, supercapacitors, sensors, flexible electronics, and cutting-edge nanotechnology research. Manufactured under strict quality control, this product is intended for universities, research institutes, industrial laboratories, and advanced material development. Key Features - High-purity Single-Walled Carbon Nanotubes (95%) - Outer diameter less than 2 nm - Length: 5–30 µm - High aspect ratio - Excellent electrical conductivity - Outstanding thermal conductivity - Superior mechanical strength - Large specific surface area - High structural integrity - Research-grade quality Typical Applications - Polymer nanocomposites - Conductive plastics - Conductive coatings - Lithium-ion batteries - Sodium-ion batteries - Supercapacitors - Fuel cells - Transparent conductive films - Flexible electronics - Printed electronics - Gas sensors - Biosensors - EMI shielding - Aerospace composites - Automotive lightweight materials - Nanotechnology research Technical Specifications - Material: Single-Walled Carbon Nanotubes (SWCNT) - Purity: 95% - Outer Diameter (OD): <2 nm - Length: 5–30 µm - Appearance: Black Powder - Form: Powder - Number of Walls: Single Wall - Specific Surface Area: High - Electrical Conductivity: Excellent - Thermal Conductivity: Excellent - Mechanical Strength: Excellent - Grade: Research Grade Packaging Options Available package sizes: - 1 g - 5 g - 10 g - 25 g - 50 g - 100 g - 500 g - 1 kg Custom packaging is available upon request. Storage Conditions - Store in a cool, dry environment. - Keep container tightly sealed. - Protect from moisture. - Avoid direct sunlight. - Store at room temperature. Handling Precautions Use appropriate laboratory safety procedures. Recommended PPE: - Laboratory gloves - Safety goggles - Protective clothing - Dust mask or respirator (when handling powders) - Local exhaust ventilation or fume hood recommended Avoid: - Inhalation of airborne particles - Eye contact - Skin contact - Ingestion Consult the Safety Data Sheet (SDS) before use. Quality Control Each production batch undergoes comprehensive quality verification, including: - Purity analysis - Diameter verification - Length distribution - Morphology inspection - Batch traceability - Visual inspection A Certificate of Analysis (COA) is available upon request. Shipping Information Products are supplied in sealed, laboratory-grade containers with moisture-resistant packaging. Each package is: - Securely sealed - Clearly labeled - Carefully packed for safe transportation Worldwide shipping available.
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High-quality Carboxyl Functionalized Single-Walled Carbon Nanotubes (SWCNT-COOH) with 60% purity, 1–2 nm outer diameter, and 1–3 µm length. Surface-functionalized for improved dispersion, polymer compatibility, and advanced applications in nanocomposites, sensors, energy storage, and biomedical research. Single-Walled Carbon Nanotubes (SWCNT)-COOH | 60% Purity | OD 1–2 nm | Length 1–3 µm Carboxyl Functionalized Single-Walled Carbon Nanotubes (SWCNT-COOH) are chemically modified carbon nanotubes with carboxyl (-COOH) functional groups introduced onto their surface. Functionalization significantly improves dispersibility in polar solvents and enhances compatibility with polymers, resins, biomaterials, and other matrices. Compared to pristine SWCNTs, SWCNT-COOH offers improved processability and stronger interfacial bonding, making it an excellent choice for composite reinforcement, conductive materials, electrochemical devices, and surface modification research. Manufactured under strict quality control, this product is intended for universities, research laboratories, industrial R&D, and advanced nanotechnology applications. Key Features - Carboxyl (-COOH) functionalized SWCNTs - Purity 60% - Outer Diameter: 1–2 nm - Length: 1–3 µm - Improved dispersion in polar solvents - Enhanced compatibility with polymers and resins - High electrical conductivity - Excellent thermal conductivity - High aspect ratio - Large specific surface area - Research-grade quality Typical Applications - Polymer nanocomposites - Epoxy resin reinforcement - Conductive composites - Lithium-ion batteries - Supercapacitors - Fuel cells - Chemical sensors - Biosensors - Drug delivery research - Biomedical materials research - Surface functionalization studies - Transparent conductive materials - Flexible electronics - Advanced nanotechnology research Technical Specifications - Material: Single-Walled Carbon Nanotubes (SWCNT-COOH) - Functional Group: Carboxyl (-COOH) - Purity: 60% - Outer Diameter (OD): 1–2 nm - Length: 1–3 µm - Appearance: Black Powder - Form: Powder - Number of Walls: Single Wall - Surface Chemistry: Carboxyl Functionalized - Electrical Conductivity: Excellent - Thermal Conductivity: Excellent - Grade: Research Grade Packaging Options Available package sizes: - 100 mg - 250 mg - 500 mg - 1 g - 5 g - 10 g - 25 g - 50 g Custom packaging available upon request. Storage Conditions - Store in a tightly sealed container. - Keep in a cool, dry place. - Protect from moisture and direct sunlight. - Store at room temperature. Handling Precautions Recommended PPE: - Laboratory gloves - Safety goggles - Protective laboratory clothing - Dust mask or respirator - Fume hood recommended Avoid: - Inhalation - Skin contact - Eye contact - Ingestion Consult the Safety Data Sheet (SDS) before use. Quality Control Each production batch is tested for: - Purity - Functionalization level - Diameter distribution - Length distribution - Morphology - Visual inspection - Batch traceability Certificate of Analysis (COA) available upon request. Shipping Information Products are supplied in moisture-resistant laboratory containers with tamper-evident sealing. Each package is: - Securely sealed - Properly labeled - Carefully packaged for worldwide shipping Disclaimer For Research Use Only (RUO). Not intended for: - Human consumption - Medical treatment - Pharmaceutical production - Diagnostic applications - Cosmetic formulations Users are responsible for determining product suitability for their intended research.
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Single-Walled Carbon Nanotubes (SWCNTs) are cylindrical nanostructures composed of a single layer of graphene rolled into a seamless tube. Due to their unique atomic structure, SWCNTs exhibit exceptional electrical conductivity, outstanding mechanical strength, excellent thermal conductivity, and an extremely high aspect ratio. These remarkable properties make SWCNTs one of the most advanced nanomaterials available for research and industrial innovation. They are widely utilized in electronics, energy storage, aerospace, composite materials, sensors, and next-generation flexible devices. Our SWCNT product portfolio includes high-purity powders and stable dispersions formulated in various solvents to support research laboratories, universities, and industrial R&D applications. Why Choose SWCNTs? - Exceptional electrical conductivity - Excellent thermal conductivity - High mechanical strength - Ultra-lightweight nanomaterial - High aspect ratio - Excellent chemical stability - Large specific surface area - Easy incorporation into advanced materials - Suitable for scalable research and industrial applications Product Categories SWCNT Powders High-purity single-walled carbon nanotube powders for advanced material development and nanocomposite manufacturing. Typical applications include: - Polymer reinforcement - Conductive composites - Battery materials - Supercapacitors - Sensors - EMI shielding SWCNT Dispersions Ready-to-use dispersions providing excellent nanotube distribution and reduced agglomeration for simplified processing. Available solvent systems include: - Water - DMF - DMAC - NMP - Ethanol - IPA - Other custom solvents Ideal for: - Printed electronics - Conductive coatings - Thin-film fabrication - Flexible electronics - Transparent conductive films Functionalized SWCNTs Surface-modified nanotubes engineered to improve compatibility with polymers, resins, solvents, and biomaterials. Functional groups may include: - Carboxyl (-COOH) - Hydroxyl (-OH) - Amine (-NH₂) - Other customized surface chemistries Applications: - Polymer composites - Biomedical research - Sensors - Surface engineering Typical Applications Electronics SWCNTs are widely used in conductive films, printed circuits, flexible displays, transparent electrodes, and semiconductor research. Energy Storage Suitable for: - Lithium-ion batteries - Sodium-ion batteries - Supercapacitors - Fuel cells Their high conductivity improves charge transport and overall device performance. Composite Materials SWCNTs significantly enhance: - Mechanical strength - Electrical conductivity - Thermal conductivity - Fatigue resistance Used in: - Aerospace - Automotive - Sporting goods - High-performance polymers Sensors Due to their exceptional sensitivity and electrical properties, SWCNTs are employed in: - Gas sensors - Biosensors - Chemical sensors - Pressure sensors - Wearable electronics Nanotechnology Research SWCNTs continue to play a vital role in cutting-edge research involving: - Quantum materials - Nanoelectronics - Photonics - Flexible devices - Smart materials Quality Assurance All SWCNT materials are manufactured under controlled production conditions and undergo quality verification for: - Purity - Diameter distribution - Concentration (for dispersions) - Dispersion stability - Visual inspection - Batch traceability Certificates of Analysis (COA) are available for selected products. Storage Recommendations Store products in a cool, dry environment. Dispersion products should be gently shaken before use. Mild sonication may be applied if slight sedimentation occurs during long-term storage. Safety Information Handle all nanomaterials using appropriate laboratory safety procedures. Recommended PPE includes: - Laboratory gloves - Safety glasses - Protective clothing - Local exhaust ventilation or fume hood Refer to the relevant Safety Data Sheet (SDS) before use. Industries We Serve - Universities - Research Institutes - Electronics Manufacturers - Battery Manufacturers - Aerospace Industry - Automotive Industry - Chemical Industry - Advanced Materials Research - Nanotechnology Companies
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