Conductivity Improvers

Typically available as powders or dispersions, conductivity improvers work by embedding conductive materials, such as carbon black, metal powders, or conductive polymers, within the coating matrix. The result is a coating that provides uniform electrical conductivity without compromising its other protective properties. Conductivity improvers are crucial in electronics, automotive, and aerospace coatings, preventing static buildup or ensuring electromagnetic interference (EMI) shielding. 

The trend is moving toward carbon-based, non-toxic alternatives like graphene and carbon nanotubes. Compliance with REACH and EPA guidelines is essential in ensuring that these additives are safe and sustainable for long-term use in coatings. Subtypes include conductive polymers for flexible coatings, silver-based conductive fillers for high-performance applications, and graphene-enhanced coatings for superior strength and conductivity.