ELECTRICAL CONDUCTIVITY

Electrically conductive PA6 compounds

As global manufacturers across industries such as automotive, LED lighting, and electronics strive to reduce weight while maintaining performance, electrically conductive materials are becoming increasingly crucial. The growing need for electric vehicles and advanced electronic devices demands polymers that not only replace metals but also offer enhanced electrical and thermal conductivity.

At NUREL, we are focused on developing electrically conductive polyamides that serve as high-performance alternatives to metals. Our PA6 polymers with varying conductivity levels—from antistatic grades to highly conductive grades (from 10 to 10¹² Ohm)—are designed to meet the new challenges of modern industries.

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Key Properties of Electrically Conductive Polyamides

NUREL offers an specific range of PA6 compounds with varying degrees of electrical conductivity, from antistatic grades to highly conductive grades (ranging from 10 to 10¹² Ohm). These polymers are engineered to meet the growing demand for plastic products with specific electrical conductivity in various industrial applications.

Our Promyde® range includes new types of compounds that offer high levels of electrical conductivity combined with excellent thermal insulation, making them an effective alternative for use in electrical application. These materials are carefully designed to achieve the desired balance between conductivity and thermal performance, ensuring that the components can handle high temperatures while maintaining their electrical properties.

Applications of Electrically Conductive Promyde® PA6 rage

The applications of electrically conductive polyamides are diverse and crucial in modern industries. Some of the primary areas of use include:

– Electrostatically painted parts: These are used in a variety of industries, where the electrostatic properties of the material are essential for precise painting and coating processes.

– Thin electronic components: The ability to manage electrical conductivity and provide shielding makes these polyamides ideal for intricate electronic parts, such as connectors and circuit boards.

– Electrostatic surfaces for medical applications: In the medical field, certain devices require surfaces that prevent static buildup to avoid malfunctioning or damaging sensitive equipment.