ATOMFAIR® HAF1-O4 Acid-Washed Aligned CNT Slurry

We develop custom high-performance conductive slurries: few-walled for cathodes, acid-washed array tubes for ternary systems, few-walled silicon-carbon aqueous for high-energy-density anodes, aqueous for sodium-ion, and ultra-high-solid LFP CNT composites.

Description

Atomfair HAF1-O4 Acid-Washed Aligned CNT Slurry

RESEARCH GRADE MATERIAL

Product Overview

Atomfair HAF1-O4 is a highly specialized, acid-washed liquid dispersion featuring aligned Carbon Nanotubes (CNTs). The rigorous acid-washing process significantly reduces metal catalyst residues and purifies the carbon framework. This slurry is engineered to offer excellent electrical pathways and highly uniform dispersion stability for high-end nanotechnology applications and electrochemical research.

Technical Specifications

PROPERTIES SPECIFICATION
Solid Content 5%
Carbon Content 4%
Viscosity (mPa·s) ≤3000
Fe (ppm) ≤15
Co (ppm) ≤5
Ni (ppm) ≤1
Cu (ppm) ≤1
Zn (ppm) ≤1

Key Features & Advantages

  • Acid-Washed Purity: Advanced acid purification yields strictly controlled elemental backgrounds (Fe ≤15 ppm, Co ≤5 ppm, and Ni, Cu, Zn ≤1 ppm each) to minimize parasitic chemical reactions.
  • Anisotropic Alignment: Maintains the long-range orientation of the carbon nanotubes within the liquid phase, optimizing directional heat and electron transfer.
  • Stable Fluid Rheology: Engineered with a steady structural viscosity profile (≤3000 mPa·s) to preserve precise dispersion balance and consistent fluid delivery.
  • Calibrated Mass Loading: Features a deliberate 5% solid content and 4% carbon content matrix to ensure exact dosage and predictable rheological compounding.

APPLICATION SCOPE: Conductive coatings, high-capacity electrical storage devices, advanced catalyst supports, polymer matrix fillers, and microelectronics formulation.
PACKAGING: Delivered in secure, chemical-resistant laboratory airtight containers to completely block ambient contamination and prevent fluid evaporation.
IMPORTANT NOTICE: This material is a concentrated liquid nano-dispersion. Minor phase separation or settling can occur over extended storage. Thorough mechanical agitation or ultrasonic treatment is recommended prior to sampling. For laboratory research use only.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: SUPPORT@ATOMFAIR.COM
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®