RENJIE’s antistatic polycarbonate PC compound is a new ESD material based on polycarbonate PC, with carbon nanotubes as key functional additives, compounded through a controlled process. It is typically supplied in black granular form and combines excellent antistatic performance, strong mechanical properties, and reliable thermal stability for demanding electronic, automotive, and industrial applications.

Excellent Antistatic Performance

Carbon nanotubes possess unique electrical properties. When evenly dispersed in the polycarbonate matrix, they form a conductive network that significantly reduces surface resistivity, quickly dissipates static charges, and helps prevent issues caused by static accumulation, such as dust attraction and electrostatic damage to electronic components.

Strong Mechanical Properties

The material inherits the high strength and toughness of polycarbonate, offering excellent impact resistance and reduced risk of breakage. It is suitable for applications requiring high structural strength and can maintain stable physical performance under tensile, bending, compression, and other external forces.

Reliable Thermal Stability

Polycarbonate provides good heat resistance, which is further enhanced by the addition of carbon nanotubes. The material can operate reliably across a wide temperature range and is less prone to softening or deformation under elevated temperatures, making it suitable for components near heat-generating areas in electronic equipment.

Advantages of RENJIE Antistatic PC

Balanced Performance

Antistatic, mechanical, and thermal properties are effectively integrated. Compared with materials offering only a single function, it can meet complex design requirements in one step, reducing compatibility issues and simplifying material selection.

Lightweight Design

Carbon nanotubes have a high strength-to-weight ratio. They improve material performance without significantly increasing overall weight, supporting lightweight product design for aerospace, automotive, portable electronics, and other weight-sensitive industries.

Long-Term Antistatic Effect

The antistatic performance of RENJIE antistatic polycarbonate PC is designed to be permanent. Unlike some short-term antistatic agents that may lose effectiveness over time, the conductive network remains stable throughout the product’s service life.

Antisatic Polycarbonate Compound Typical Applications

Electronic Equipment Shielding Components

In 5G base stations, radar systems, and other equipment with strict electromagnetic environment requirements, antistatic polycarbonate PC can be used for shielding covers and shielding shells. It helps reduce internal electromagnetic signal leakage and external electromagnetic interference, supporting stable equipment operation and signal transmission.

Electromagnetic Compatibility Test Environments

In EMC laboratories, antistatic polycarbonate PC can be used to manufacture test fixtures and test platforms, helping provide a stable electromagnetic environment, reducing external electromagnetic noise, and improving test accuracy and reliability.

Electronics and Electrical Applications

Widely used in housings for computers, mobile phones, and other electronic products, it helps protect internal circuits from electrostatic interference while meeting strength and appearance requirements. It is also suitable for antistatic trays and turnover boxes for electronic components, helping protect components during storage and transportation.

Automotive Manufacturing

For automotive interior parts such as dashboards and center consoles, antistatic polycarbonate PC helps reduce static generated when passengers enter or exit the vehicle, improving comfort. In protective housings for automotive electronic control systems, it helps maintain stable signal transmission and reduce the risk of malfunction caused by static electricity.

RENJIE supports customized formulation, color matching, sample testing, and bulk supply of antistatic polycarbonate PC materials, helping customers in electronics, automotive, communication, and industrial sectors achieve reliable ESD protection and high-performance structural solutions.