Description
Conductive masterbatches are concentrated mixtures of conductive additives dispersed in a polymer carrier. They are used to impart electrical conductivity to plastic materials.
- Carbon-Based Conductive Masterbatches
- These are the most common and widely used types of conductive masterbatches due to their cost-effectiveness, good conductivity, and versatility.
- Metal-Based Conductive Masterbatches
- These masterbatches utilize metallic particles or fibers to achieve conductivity. They generally offer higher conductivity than carbon-based options but are often more expensive and can be heavier.
- Conductive Polymer Masterbatches
- These masterbatches are based on inherently conductive polymers (ICPs) that have a conjugated pi-electron system along their backbone, allowing for electrical conductivity.
- Hybrid Conductive Masterbatches
- These masterbatches combine different types of conductive additives to leverage their synergistic effects and achieve a desired balance of properties.
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