Highly Conductive Polymers

Our Carbon Fiber Conductive PA66 is a high-performance highly conductive polymer, modified with conductive carbon fiber and PA66 resin. Supplied as black pellets with color-matching ability, it's specialized for electronic and electrical components, offering excellent conductivity, antistatic protection and industrial-grade durability.

As a premium PA66 Carbon Fiber Material, this product is a reliable PA66 Carbon Fiber Reinforced Polymer that combines superior performance and practical processability.

It features:

■ Stable conductivity with surface resistivity ranging from 10³ to 10⁵ Ω, and the PA66 Electrical Conductivity of Carbon Fiber Composite is optimized via precise melt blending technology, ensuring no conductivity attenuation even in high-temperature processing or long-term use.

■ It boasts comprehensive core performance: excellent wear resistance, able to withstand friction and abrasion during component assembly and operation, avoiding surface damage and conductivity loss.

■ Its conductive property provides reliable ESD protection, shielding sensitive electronic parts from static discharge-critical for precision components.

■ Heat resistance, it adapts to high-temperature processing and long-term service in industrial environments, while its high rigidity ensures structural stability for load-bearing components.

■ Strong corrosion resistance, resisting common industrial chemicals and humidity, and good dimensional stability-preventing warpage or deformation during molding, assembly, or temperature changes, a key advantage of our PA66 Carbon Fiber Composites.

■ Process-wise, pre-drying condition is 100℃ for 4 hours to remove moisture, processing temperature range is 270-310℃, compatible with standard injection molding equipment, no extra modification needed.

■ Color matching is workable, for easy product classification and brand differentiation.

Compared with ordinary conductive PA66 and other highly conductive polymers, our Carbon Fiber Conductive PA66 has four core advantages for electronic and electrical component applications.

● First, more stable conductivity: we use advanced carbon fiber dispersion technology to ensure uniform distribution in the PA66 matrix, avoiding resistance fluctuations caused by uneven filler distribution-a common industry pain point that leads to component failure.

● Second, better mechanical performance balance. Unlike conventional conductive PA66 that sacrifices rigidity or wear resistance for conductivity, our PA66 Carbon Fiber Composite retains high rigidity, wear resistance and corrosion resistance, meeting the strict mechanical requirements of electronic components that need to withstand assembly stress and long-term use.

● Third, practical color-matching capability. Most conductive PA66 materials on the market only come in black, but our product maintains excellent conductivity while supporting custom colors-this helps manufacturers distinguish different component models, grades or brands in production, warehousing and assembly, improving work efficiency and reducing mix-ups.

● Fourth, cost-effective processability. As a high-quality PA66 Carbon Fiber Reinforced Polymer, it has good flowability during molding (even for components with fine structures), reducing production defects like shrinkage or air bubbles. Its standard processing parameters are compatible with most existing PA66 production lines, saving enterprises the cost of equipment modification.

This product is specially developed for electronic and electrical components, widely applicable to precision electronic parts that require both conductivity and mechanical stability.

It is ideal for manufacturing

• connector housings,
• sensor shells,
• switch components,
• terminal blocks-providing reliable ESD protection to prevent static damage to internal chips and circuits.

It is also suitable for industrial electronic components, such as

• motor parts,
• relay housings,
• control panel components,

where its high rigidity, wear resistance and heat resistance ensure long-term stable operation in harsh industrial environments.

• Additionally, it applies to automotive electronic components (e.g., automotive sensor casings) that require strict dimensional stability and corrosion resistance.

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