| SCHWEGO® Wett 6246 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Wett 6246 is a wetting and dispersing additive for solvent borne coating systems. It is a universal wetting and dispersing agent for solvent based and resin free systems. This product is suitable for the dispersion of organic and inorganic pigmen...view more SCHWEGO® Wett 6246 is a wetting and dispersing additive for solvent borne coating systems. It is a universal wetting and dispersing agent for solvent based and resin free systems. This product is suitable for the dispersion of organic and inorganic pigments as well as pigment concentrates. SCHWEGO® wett 6246 is especially suitable for enamels and industrial-,wood-, furniture coatings and pigment preparations. The application in pigment preparations is recommended. view less | |
| ANTIGEL® KF-D | Bernd Schwegmann GmbH & Co. KG | ANTIGEL® KF-D is a multifunctional additive for solvent borne and water-based coating systems, free of ketoxime and aromates, and biodegradable. It can be use in almost all common paint systems, both water based and solvent based as well. This product has...view more ANTIGEL® KF-D is a multifunctional additive for solvent borne and water-based coating systems, free of ketoxime and aromates, and biodegradable. It can be use in almost all common paint systems, both water based and solvent based as well. This product has the following properties: stabilisation of viscosity against air oxidation, prevention of skinning, improved wetting, prevention of settlement, reduction of dispersing time, reworking of thickened batches, removal of floatation phenomena, and promotion of flow and gloss. The stabilisation is based on the oxygen binding properties of the antioxidant. The wetting component of ANTIGEL® KF-D reduces the interfacial tension between the usually hydrophilic pigments and the hydrophobic binder. The pigments are well distributed resulting an optimum depth of colour. Dispersion time, floatation phenomena and sedimentation are reduced and gloss is increased. Sedimentation is largely avoided. Because of the excellent wetting, optimum depth of colour is achieved. view less |
