High Conductivity Carbon Nanotubes, CAS 308068-56-6, are premium conductive nanofillers designed for EMI shielding and antistatic coating systems.
Benefiting from high aspect ratio and exceptional electrical conductivity, these carbon nanotubes can construct continuous conductive networks within coating matrix at low loading dosage. The product features good dispersion in solvent-borne, water-borne and UV curable coating systems. It endows coatings with reliable antistatic property and excellen

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High Conductivity Carbon Nanotubes CAS 308068-56-6 Product Detail Page

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Product Overview

High Conductivity Carbon Nanotubes, CAS 308068-56-6, are high-performance conductive nanofillers specially developed for EMI shielding coatings and antistatic coatings.

Relying on high aspect ratio and outstanding intrinsic electrical conductivity, the carbon nanotubes can build continuous conductive networks inside coating substrates with low addition dosage. The material exhibits favorable dispersibility in solvent-based, water-based and UV-curable coating systems. It can stably impart permanent antistatic characteristics and excellent electromagnetic interference shielding capacity to coatings. It is an ideal functional filler for manufacturing high-efficiency EMI shielding coatings and durable antistatic functional coatings.

Product Properties

The product is black fluffy nano powder with complete tubular structure and high purity. It has low catalyst residue and ultra-high electrical conductivity. The nanotubes are easy to be dispersed after matching suitable dispersants. It possesses stable chemical inertness and can resist erosion of most conventional solvents. It maintains stable conductive performance after film formation and will not cause obvious damage to coating gloss and surface smoothness within reasonable dosage range.

Core Advantages

Ultra-high electrical conductivity. Form conductive networks efficiently at low loading to reduce formulation cost.

Excellent EMI shielding performance. Effectively absorb and attenuate electromagnetic wave signals.

Permanent antistatic effect. Avoid static accumulation for long-term use, no migration failure.

Wide system compatibility. Adaptable to waterborne, solventborne and UV curing coating systems.

Good coating film appearance. Less impact on surface gloss compared with traditional conductive fillers.

Stable chemical resistance. Maintain consistent performance under complex service environments.

Main Applications

High Conductivity Carbon Nanotubes are mainly used as conductive fillers for functional coatings. Typical applications: EMI shielding coating for electronic housings, permanent antistatic industrial coating, conductive primer, electromagnetic wave absorbing coating, anti-static ink, shielding paint for communication equipment and other functional coating products.

Usage Guidance

Select matched dispersant and carry out high-speed stirring and sanding dispersion processing.

Control grinding time and shear intensity to prevent damage to carbon nanotube tubular structure.

Adjust adding proportion according to target surface resistance and shielding effectiveness requirements.

Test storage stability, film appearance and conductivity of finished coating before mass production.

Packing & Storage

Standard package: 1kg / 5kg / 10kg vacuum aluminum foil bag. Test samples are available upon request.

Keep vacuum packaging sealed tightly. Store in cool, dry and ventilated warehouse. Prevent moisture absorption and long-term exposure to air. Avoid severe impact during transportation.

Our Service

We provide steady bulk supply of High Conductivity Carbon Nanotubes CAS 308068-56-6. Specifications including tube diameter and purity can be customized. Free samples are offered for formulation testing. Our technical team provides professional support on dispersion technology, coating formula optimization and conductivity adjustment solutions.

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Jishengya Technology

Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.