Carbon nanotube conductive plastic particles

300CNT is a 100% multi-walled carbon nanotube conductive masterbatch & antistatic masterbatch. The antistatic effect can be achieved with an addition of 2%. It is suitable for various uses that require conductivity and antistatic. At the same proportion, the conductive effect is far better than the plastic masterbatch with carbon black ...

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Carbon nanotube conductive plastic particles

300CNT is a 100% multi-walled carbon nanotube conductive masterbatch & antistatic masterbatch. The antistatic effect can be achieved with an addition of 2%. It is suitable for various uses that require conductivity and antistatic. At the same proportion, the conductive effect is far better than the plastic masterbatch with carbon black or carbon fiber. More than 3 times the carbon black masterbatch is required to achieve the conductive performance of 300CNT.

This product is suitable for injection molding and extrusion processes. For general engineering plastic resins such as ABS, PC, PS, PP, PA6, etc., the addition amount is usually 2%-8%, which can reach 10E+4 to 10E+9 ohms. CNT enhanced conductive masterbatch is suitable for various high-end conductive and antistatic performance applications, such as electronic and electrical components, automotive parts, electronic turnover boxes, pallets, containers, thermoforming films, etc.

Advantages of Carbon nanotube conductive plastic particles

• Improved conductive performance: significantly improve the conductive performance of plastic products, so that they have antistatic or electromagnetic shielding functions.

• Uniform dispersion: The conductive masterbatch is effectively dispersed in the matrix to ensure the uniformity of conductive performance.

• Good stability: It can be evenly dispersed in the resin to form a stable conductive network, and maintain stable and lasting performance during processing and use.

• Reduce costs: Compared with pure conductive materials, conductive masterbatch can reduce costs by adding more.

• Excellent processing performance: It has little effect on the processing performance of plastics and is easy to process and shape.

• Good compatibility: The masterbatch is based on a variety of substrates, so it has good compatibility with various substrates.

• Design flexibility: The adjustable addition ratio provides more possibilities for product design. The formula and performance of the masterbatch can be adjusted according to different application needs and product requirements to meet diverse market needs.

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