Superconductive PS Carbon Nanotube Conductive Masterbatch Revolutionizing Used For ESD Packaging with Unmatched Purity and Performance

Superconductive PS Carbon Nanotube Conductive Masterbatch

HIPS+CNT JD1115 is a super conductive masterbatch modified by carbon nanotubes and thermo

-plastics.

It is based on HIPS resin and adds 15wt% carbon nanotubes. It is suitable for Application areas

seeking excellent electrical conductivity and anti-static properties (ESD)

Product Introduction: Superconductive PS Carbon Nanotube Conductive Masterbatch

Revolutionizing Antistatic Packaging with Unmatched Purity and Performance

In industries demanding pristine cleanliness and reliable electrostatic discharge (ESD) protection—such as electronics, and precision manufacturing—traditional conductive additives often fall short. Our Superconductive PS Carbon Nanotube Conductive Masterbatch redefines excellence by addressing critical pain points of conventional solutions like carbon black masterbatches. Here’s why it’s the superior choice:

1. Purity Redefined: Few Conductive Additive Migration, Zero Contamination

• Problem with Carbon Black: Carbon black particles are prone to surface migration and powder shedding, leaving residues that compromise product aesthetics and contaminate sensitive environments (e.g., cleanrooms, medical packaging).
• Our Solution: Carbon nanotubes (CNTs) are long, fibrous structures that form a stable 3D network within the polymer matrix. Unlike fragmented carbon black, CNTs remain permanently embedded, eliminating particle migration.
• This ensures:
  • High-purity surfaces for ESD packaging (e.g., IC trays, medical device bags).
  • Zero contamination risks in aseptic or ultra-clean production lines.

2. Superior Conductivity with Lower Loading

• Problem with Carbon Black: High filler content (15–30%) is required to achieve ESD compliance, sacrificing mechanical strength and processability.
• Our Solution: CNTs’ high aspect ratio (length-to-diameter ratio >1,000) creates efficient percolation pathways at 5–10x lower loading. Benefits include:
  • Consistent surface resistivity (10⁶–10⁹ Ω/sq) for reliable ESD protection.
  • Enhanced material integrity: Retains polymer flexibility, impact resistance, and transparency.
  • Cost efficiency: Reduces additive usage and processing energy.

3. Cleanroom-Compatible Processing

• Problem with Carbon Black: Dust generation during extrusion/mixing causes equipment wear, product defects, and health hazards.
• Our Solution: CNT masterbatch is formulated for dust-free dispersion. The fibrous structure minimizes airborne particles, enabling:
  • Seamless integration into cleanroom manufacturing (ISO Class 5–7).
  • Safer operations with reduced respiratory risks for workers.

4. Long-Term Stability in Harsh Environments

• Carbon black’s irregular shape leads to uneven aging, conductivity degradation, and color fading under heat or UV exposure.
• CNTs’ chemical inertness and thermal stability (up to 600°C) ensure:
  • Permanent antistatic performance across temperature/humidity extremes.
  • No discoloration—ideal for transparent packaging or white/light-colored products.

Applications Where Purity Matters Most

• ESD-Safe Packaging: Semiconductor trays, medical device pouches, aerospace components.
• Cleanroom Consumables: Gloves, wipes, and tools requiring low particle generation.
• Food & Pharmaceutical Packaging: Contamination-free barriers for sensitive products.

Why Choose Our CNT Masterbatch?

• Customizable Formulations: Tailored to PS, PE, PP, and engineering plastics.
• Regulatory Compliance: Meets RoHS, REACH, and FDA standards for food contact.
• Sustainability Edge: Lower carbon footprint vs. carbon black production.

Make the Switch to Purity. Make the Switch to Performance.

Contact us today to request a sample and experience how our CNT masterbatch eliminates contamination risks while delivering unmatched ESD reliability. (eileen@sugoplas.com)

Key Differentiators Highlighted:

• Few conductive additives migration (cleanliness).
• Lower loading, higher conductivity.
• Cleanroom compatibility.
• Long-term stability in harsh conditions.
• Compliance with strict industry standards.

This structure emphasizes solving client pain points (contamination, inefficiency, regulatory risks) while positioning the product as a cutting-edge, reliable solution for high-stakes applications.

Specification: