| Advantage | What it delivers | Value to the customer |
|---|
| Improved conductivity | Significantly imparts antistatic or electromagnetic shielding functions, meeting the strict requirements of electronic equipment for electrostatic protection and electromagnetic compatibility | For example, packaging made with conductive masterbatch for electronic components effectively prevents static electricity from damaging precision parts |
| Good dispersion uniformity | Effective dispersion in the matrix ensures uniform, stable conductivity | Avoids performance problems caused by local conductivity differences and improves overall product quality |
| Excellent stability | A stable conductive network forms in the resin, with long-lasting, stable performance during processing and use | Ensures long-term reliable operation, reducing maintenance costs and product failure rates |
| Cost control advantage | Compared with pure conductive materials, reasonable addition of conductive masterbatch reduces costs | Makes conductive plastic products more price competitive, supporting large-scale production and adoption |
| Excellent processing performance | Little effect on the processing performance of plastics; easy to form by common processes such as injection molding and extrusion | No need to significantly change existing processing equipment or processes, improving production efficiency |
| Good compatibility | Developed on a variety of matrices, with good compatibility with various base resins | Widely usable in products of different plastic materials, expanding the scope of application |
| Flexible and diverse design | Adjustable addition ratios give more possibilities for product design | Formulations and performance can be tailored to different applications, such as shielding materials with different shielding levels |
