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ATOMFAIR® BH carbon nanotubes fine black powder inside a clear egg-shaped glass display bottle.

BH Carbon Nanotubes Powder ≥99.95% Purity 100g ATOMFAIR®

$299.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research grade BH carbon nanotubes with >99.95% purity, 150nm diameter, 6μm length, and low resistivity. For battery and composite research. Order now.

SKU: AFMSKQRZ097
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Description

ATOMFAIR® BH CARBON NANOTUBES

RESEARCH GRADE MATERIAL

Product Overview
The ATOMFAIR® BH Carbon Nanotubes are engineered as a high-purity linear carbon matrix optimized to deliver excellent value relative to standard high-purity powder price metrics. Presenting in a premium straight-line physical configuration, this research-grade nanotube powder functions as an exceptional validation platform that establishes complete cell-to-cell consistency while successfully eliminating material processing variables. Designed explicitly as a high-efficiency matrix or solid state electrolyte material booster, it delivers specialized linear interface dynamics and ultra-low electrical resistivity to ensure absolute data reproducibility across high-end laboratory testing workflows.

Technical Specifications

PARAMETER DETAILS
1. Core Device & Electrochemical Design
Appearance Profile Pristine dry black powder form factor
Structural Morphology Straight-line linear carbon nanotube architecture
Elemental Purity >99.95% absolute high-purity track
Nanotube Diameter 150 nm precisely managed macro-profile
2. Geometric & Conductive Performance Metrics
Nanotube Length 6 μm continuous physical network
Specific Surface Area 16-23 m²/g low footprint range (minimizes matrix binder consumption)
Tap Density Limit ≤0.2 g/cm³ optimized structural density parameters
Volume Resistivity <15 mΩ·cm under intensive 20MPa compaction metrics
Ash Content Limit <0.05% highly refined baseline index
Moisture Threshold <0.1% strict maximum limit control
3. Trace Element & Metal Purity Parameters
Total Metal Impurities <50 ppm overall background matrix (with Fe strictly managed <30 ppm)
Magnetic Foreign Matter <0.1 ppm to entirely eliminate parasitic electronic leakage
4. Manufacturing Rules & Alternatives
Manufacturing Rules Processed under strict ISO standard compliance industrial conditions
Alternative Options Explore our specialized bent variations, single-wall nanotube arrays, or VGCF-H references. Contact engineering for technical custom requests.

Key Features & Advantages
  • High-Purity Material Background: Highly refined carbon matrix exceeding >99.95% purity along with exceptionally low magnetic thresholds (<0.1 ppm) to guarantee uncompromised data reproducibility.
  • Straight-Line Morphology: Linear physical architecture optimized for standard matrix distribution, reducing cluster formations to build extended electronic transport networks.
  • Low Electrical Resistivity: Delivers superior electronic transition kinetics, yielding a compressed volume resistivity profile of <15 mΩ·cm under 20MPa compaction.

APPLICATION SCOPE: High-performance battery conductive additives, composite network engineering, thermal management, and advanced electroanalytical development applications.
PACKAGING: Secure high-purity powder containment sealed hermetically to completely isolate dry particle characteristics from ambient environment variables.
IMPORTANT NOTICE: This material is processed to strict moisture bounds. Keep containers tightly closed and handle inside clean rooms or dry environments to avoid powder clusters, moisture absorption, or how to prevent moisture degradation bugs before final slurry validation workflows. Sold exclusively for laboratory research.

TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

How does the straight-line morphology and low electrical resistivity of BH Carbon Nanotubes compare to multi-walled CNTs with higher specific surface area for conductive additive applications?

The BH Carbon Nanotubes offer a unique combination of straight-line morphology and volume resistivity below 15 mΩ·cm at 20 MPa, making them superior for reducing electrical percolation thresholds in conductive composites. However, their specific surface area of 16–23 m²/g is lower than typical multi-walled CNTs, which may limit performance in applications requiring high surface interaction, such as supercapacitor electrodes.

What are the critical considerations for dispersing BH Carbon Nanotubes in a polymer or slurry matrix given their 150 nm diameter and straight-line morphology?

The large average diameter of 150 nm and rigid straight-line morphology significantly influence dispersion dynamics; these CNTs require high shear mixing or sonication to overcome van der Waals forces, but their low tap density (≤0.2 g/cm³) and minimal magnetic foreign matter (<0.1 ppm) ease initial mixing. Compatibility with common polymer binders like PVDF or conductive carbon blacks should be verified due to the relatively low specific surface area of 16–23 m²/g.

What storage and handling protocols are necessary to maintain the <0.1% moisture content and <50 ppm metal impurities in BH Carbon Nanotubes?

To preserve the specified moisture content below 0.1% and total metal impurities under 50 ppm, including Fe below 30 ppm, the powder must be stored in airtight, humidity-controlled containers (e.g., sealed desiccator or glovebox under inert gas) and handled with non-magnetic tools to avoid introducing magnetic foreign matter. The low ash content (<0.05%) and low magnetic foreign matter (<0.1 ppm) also require cleanroom or HEPA-filtered environments during weighing and transfer to prevent airborne particle contamination.

ATOMFAIR® BH Carbon Nanotubes are a high-purity (>99.95%) straight-line morphology powder with low electrical resistivity (<15 mΩ·cm) and minimal metal impurities, making them suitable for conductive composites. However, the low tap density (≤0.2 g/cm³) and moderate specific surface area (16-23 m²/g) introduce processing considerations for uniform dispersion and high-load formulations.

Positive

  • High Purity and Low Metal Impurities: Purity exceeds 99.95% with total metal impurities below 50 ppm and iron under 30 ppm, ensuring minimal contamination in electronic or catalytic applications.
  • Low Electrical Resistivity: Volume resistivity less than 15 mΩ·cm at 20 MPa supports effective conductivity in composite formulations for EMI shielding or electrostatic discharge management.

Trade-offs

  • Low Tap Density Handling: Tap density ≤0.2 g/cm³ results in a bulky powder that is challenging to compact or uniformly disperse without specialized mixing equipment.
  • Moderate Specific Surface Area: Specific surface area of 16-23 m²/g is lower than many multi-walled CNTs, potentially limiting performance in surface-driven processes like adsorption or catalyst support.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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