Technical description
Conductive pigment based on pre-wetted graphene nanoplatelets, designed to provide high permanent electrical conductivity in coatings, paints, and polymer systems. Notable for its low dosage requirement and easy integration into solvent-based and 100% solids matrices.
Technical description
Conductive pigment based on pre-wetted graphene nanoplatelets, designed to impart permanent electrical conductivity to coatings, paints, and polymer systems, both water-based and 100% solids.
Technical description
High-performance liquid additive that provides antistatic and dust-repellent properties to coatings and polymers. Designed for applications where electrostatic charge buildup and particle attraction are a problem, it ensures cleaner and safer surfaces.
Technical description
Water-based fluoropolymer additive designed to improve oil repellency, dirt resistance (DPR), and cleanability in architectural and industrial coatings. Its short-chain fluorinated technology lowers the surface energy of the film without affecting gloss, color, or compatibility with other additives.
Benefits: oil and dirt repellency, does not affect final appearance, effective at low doses, improves DPR.
Technical description
High-efficiency water-repellent and hydrophobic agent, designed to enhance absorption resistance, durability, and outdoor performance of water-based coatings. Its hydrophobic chemistry forms a protective barrier that reduces moisture penetration without affecting appearance, gloss, or rheology.
Benefits: water repellency and reduced capillary adsorption, no impact on gloss or color, long-term stability, compatible with water-based systems.
Technical description
Water-based fluoropolymer additive designed to improve oil repellency, wetting, and dirt resistance (DPR) in coatings and inks. Its short-chain fluorinated technology meets EPA guidelines and delivers high performance even at low doses.
Benefits: oil and dirt repellency, improved DPR in matte and eggshell paints, easy-to-clean formulations, excellent wetting at low dosage.