| Borchi® Gen 1253 | OMG Borchers GmbH | Borchi® Gen 1253 is the aqueous solution of an acrylic ester copolymer with excellent wetting and deflocculation properties systems. It is a highly effective additive for the wetting, dispersing and stabilizing of pigments in high-grade waterborne applica...view more Borchi® Gen 1253 is the aqueous solution of an acrylic ester copolymer with excellent wetting and deflocculation properties systems. It is a highly effective additive for the wetting, dispersing and stabilizing of pigments in high-grade waterborne applications. Due to the small particle size of the deflocculated pigments excellent color strength and high gloss is achieved. Borchi® Gen 1253 prevents settling and re-flocculation even after prolonged storage of paints and pigment pastes. In addition, this product contains no organic solvents whatsoever and is completely VOC-free. view less | |
| BYK®-P 104 | BYK | BYK®-P 104 is a wetting and dispersing additive for solvent-borne systems. It is a solution of a lower molecular weight unsaturated polycarboxylic acid polymer. This product is suitable for medium to high polar systems and particularly effective in preven...view more BYK®-P 104 is a wetting and dispersing additive for solvent-borne systems. It is a solution of a lower molecular weight unsaturated polycarboxylic acid polymer. This product is suitable for medium to high polar systems and particularly effective in preventing flooding of titanium dioxide in combination with other color pigments. It is also used in amine-neutralized aqueous coatings; it is not compatible with mineral spirits. When used in anti-corrosion primers, in many cases the protective properties are enhanced. view less | |
| BYK®-P 104 S | BYK | BYK®-P 104 S is a wetting and dispersing additive for solvent-borne systems. It is a solution of a lower molecular weight unsaturated polycarboxylic acid polymer and a polysiloxane copolymer. This product can be used in the same systems as BYK-P 104. The ...view more BYK®-P 104 S is a wetting and dispersing additive for solvent-borne systems. It is a solution of a lower molecular weight unsaturated polycarboxylic acid polymer and a polysiloxane copolymer. This product can be used in the same systems as BYK-P 104. The additive also contains a small amount of a polysiloxane copolymer to more effectively avoid flooding. This silicone content is additionally helpful in preventing Bénard cells and silking, and also improves surface slip, leveling and orientation of flatting agents or aluminium flakes. Therefore it is oftentimes not necessary to add a separate dosage of an otherwise needed silicone additive. view less | |
| BYK®-P 105 | BYK | BYK®-P 105 is a wetting and dispersing additive for solvent-borne systems. It is a lower molecular weight unsaturated polycarboxylic acid polymer. This product is the solvent-free version of BYK-P 104. These additives lead to a controlled flocculation of ...view more BYK®-P 105 is a wetting and dispersing additive for solvent-borne systems. It is a lower molecular weight unsaturated polycarboxylic acid polymer. This product is the solvent-free version of BYK-P 104. These additives lead to a controlled flocculation of pigments. "Bridges“ are formed between single pigment particles causing three-dimensional structures to develop. Through controlled flocculation of pigments, flooding and floating, settling, and sagging of pigments is avoided. view less | |
| EFKA® FA 4642 | BASF Formulation Additives | EFKA® FA 4642 is an additive for pigment dispersion. It reduces the interfacial tension between pigments or extenders and the vehicle. This product is compatible with all solvent or solvent-free coating systems. The pot-life of two-pack systems is not aff...view more EFKA® FA 4642 is an additive for pigment dispersion. It reduces the interfacial tension between pigments or extenders and the vehicle. This product is compatible with all solvent or solvent-free coating systems. The pot-life of two-pack systems is not affected. In the dispersion of organically treated Bentonites, the use of EFKA® FA 4642 shortens dispersion time, provides easier handling of the Bentonite gel, and improves storage stability. view less | |
| EFKA® FA 4654 | BASF Formulation Additives | EFKA® FA 4654 helps to prevent interfacial tension between the hydrophilic pigments/extenders and binder, forming a lattice structure with the pigments at the same time. This means: reduced dispersion time, stabilization of the pigment dispersion, reduced...view more EFKA® FA 4654 helps to prevent interfacial tension between the hydrophilic pigments/extenders and binder, forming a lattice structure with the pigments at the same time. This means: reduced dispersion time, stabilization of the pigment dispersion, reduced pigment sedimentation, reduced tendency to sag during application on vertical surfaces, and prevention of flooding. It is a high molecular weight carboxylic acid salts. EFKA® FA 4654 is ideal for dispersing organophilic bentonites, because it reduces dispersion time, improves the storage properties of the final paste and gives a thixotropic, easily processed paste product. It is especially suitable for non- to medium-polar binder systems, ie. air-dried alkyd resins, chlorinated polymers, alkyd/amino resin combinations and epoxies. EFKA® FA 4654 can cause discoloration in nitrocellulose varnishes. view less | |
| LOPON® 827 | ICL Phosphate Specialty | LOPON® 827 is a stabilizer for water glass systems. This yellowish liquid is a derivative of amine. This product is used as an additive in silicate paints, and it improves viscosity stability in storage, improves adding pigments and fillers. It also used ...view more LOPON® 827 is a stabilizer for water glass systems. This yellowish liquid is a derivative of amine. This product is used as an additive in silicate paints, and it improves viscosity stability in storage, improves adding pigments and fillers. It also used for the prevention of thickening during storage and improves the application. view less | Request Sample |
| LOPON® 828 | ICL Phosphate Specialty | LOPON® 828 is a highly effective stabilizer for emulsion silicate paints which prevents silicate groups in water glass from building up a polymeric network during storage. The viscosity of the paint levels off quickly and remains stable over a long period...view more LOPON® 828 is a highly effective stabilizer for emulsion silicate paints which prevents silicate groups in water glass from building up a polymeric network during storage. The viscosity of the paint levels off quickly and remains stable over a long period of time. LOPON® 828 is particularly low in VOC and SVOC, which makes it attractive for decorative wall paints for indoor living spaces. view less | Request Sample |
| ZetaSperse® 2500 Pigment Dispersing Additive | Evonik Operations GmbH, BL Coating Additives | ZetaSperse® 2500 is designed to wet, disperse, and stabilize a variety of organic pigment chemistries, with exceptional performance on metal salt red types. ZetaSperse® 2500 offers an optimized combination of wetting and stabilization mechanisms for aqueo...view more ZetaSperse® 2500 is designed to wet, disperse, and stabilize a variety of organic pigment chemistries, with exceptional performance on metal salt red types. ZetaSperse® 2500 offers an optimized combination of wetting and stabilization mechanisms for aqueous systems. ZetaSperse® 2500 advantages include stable viscosities over long-term/heat aging, increased color development, robust color, and dispersion stability in letdown with shock resistance. ZetaSperse® 2500 is free from APEs, solvents glycols, and HAPS. view less | Request Sample |
| ZetaSperse® 3100 Pigment Dispersing Additive | Evonik Operations GmbH, BL Coating Additives | ZetaSperse® 3100 is designed to wet, disperse, and stabilize a range of pigment and filler chemistries, with exceptional performance for carbon black dispersions. It is suitable for aqueous pigment dispersions. ZetaSperse® 3100 is based on polymeric dispe...view more ZetaSperse® 3100 is designed to wet, disperse, and stabilize a range of pigment and filler chemistries, with exceptional performance for carbon black dispersions. It is suitable for aqueous pigment dispersions. ZetaSperse® 3100 is based on polymeric dispersant technology with characteristics that enable strong interactions with a variety of pigment surface chemistries. ZetaSperse® 3100 advantages include robust color and dispersion stability in letdown, improved dispersion rheology and increased color development. ZetaSperse® 3100 is free from APEs, solvents, glycols and HAPS. view less | Request Sample |
| ZetaSperse® 3700 Pigment Dispersing Additive | Evonik Operations GmbH, BL Coating Additives | ZetaSperse® 3700 is designed to wet, disperse, and stabilize high-performance and problematic organic pigments. ZetaSperse® 3700 is based on a new polymeric dispersant tailored to maximize affinity to specific pigment surface chemistries. ZetaSperse® 3700...view more ZetaSperse® 3700 is designed to wet, disperse, and stabilize high-performance and problematic organic pigments. ZetaSperse® 3700 is based on a new polymeric dispersant tailored to maximize affinity to specific pigment surface chemistries. ZetaSperse® 3700 advantages include improved dispersion rheology, increased color development, robust color and dispersion stability in letdown. It is free from APEs, solvents, glycols, and HAPS. ZetaSperse® 3700 additive is suitable for aqueous pigment dispersions. view less | Request Sample |
| ZetaSperse® 3800 Dispersant | Evonik Operations GmbH, BL Coating Additives | ZetaSperse® 3800 dispersant is formulated to provide strong stabilization of pigments, fillers, and other solids in aqueous dispersion. Based on a moderate molecular weight comb polymer, ZetaSperse® 3800 dispersant offers robust steric stabilization suit...view more ZetaSperse® 3800 dispersant is formulated to provide strong stabilization of pigments, fillers, and other solids in aqueous dispersion. Based on a moderate molecular weight comb polymer, ZetaSperse® 3800 dispersant offers robust steric stabilization suitable for a wide range of formulation characteristics. view less | Request Sample |
