| HYDROPALAT® WE 3220 | BASF Formulation Additives | HYDROPALAT® WE 3220 is a silicone surfactant to improve substrate wetting in aqueous systems. It shows strong reduction of surface tension in water based systems. Therefore it is highly suitable to improve substrate wetting and to prevent surface defects....voir plus HYDROPALAT® WE 3220 is a silicone surfactant to improve substrate wetting in aqueous systems. It shows strong reduction of surface tension in water based systems. Therefore it is highly suitable to improve substrate wetting and to prevent surface defects. It is recommended as an anti-crater additive with good recoatability. Furthermore HYDROPALAT® WE 3220 can be used in UV-curable formulations to improve flow and leveling. voir moins | |
| HYDROPALAT® WE 3221 | BASF Formulation Additives | HYDROPALAT® WE 3221 is a silicone surfactant to improve substrate wetting in aqueous systems. It shows strong reduction of surface tension in water based systems. Therefore it is highly suitable to improve substrate wetting and to prevent surface defects....voir plus HYDROPALAT® WE 3221 is a silicone surfactant to improve substrate wetting in aqueous systems. It shows strong reduction of surface tension in water based systems. Therefore it is highly suitable to improve substrate wetting and to prevent surface defects. It is recommended as an anti-crater additive with good recoatability. Furthermore HYDROPALAT® WE 3221 can be used in UV-curable formulations to improve flow and leveling. voir moins | |
| HYDROPALAT® WE 3225 | BASF Formulation Additives | HYDROPALAT® WE 3225 is a silicone based wetting agent providing state-of-the art substrate wetting and defoaming action for a variety of aqueous coating formulations. It combines excellent compatibility and wetting with added defoaming properties to produ...voir plus HYDROPALAT® WE 3225 is a silicone based wetting agent providing state-of-the art substrate wetting and defoaming action for a variety of aqueous coating formulations. It combines excellent compatibility and wetting with added defoaming properties to produce a coating with excellent flow and leveling and increased gloss. voir moins | |
| HYDROPALAT® WE 3317 | BASF Formulation Additives | HYDROPALAT® WE 3317 is a liquid, difunctional block copolymer surfactant terminating in primary hydroxyl groups. It is a nonionic surfactant that is 100% active and relatively nontoxic with HLB ~7-12. This block copolymer based on polyethylene glycol and ...voir plus HYDROPALAT® WE 3317 is a liquid, difunctional block copolymer surfactant terminating in primary hydroxyl groups. It is a nonionic surfactant that is 100% active and relatively nontoxic with HLB ~7-12. This block copolymer based on polyethylene glycol and polypropylene glycol. voir moins | |
| HYDROPALAT® WE 3320 | BASF Formulation Additives | HYDROPALAT® WE 3320 is a clear to hazy liquid, nonvolatile, non-ionic surfactant. It is used in waterborne coatings as a wetting and dispersing agent for enhanced color development/acceptance and improved substrated wetting. This product has excellent pig...voir plus HYDROPALAT® WE 3320 is a clear to hazy liquid, nonvolatile, non-ionic surfactant. It is used in waterborne coatings as a wetting and dispersing agent for enhanced color development/acceptance and improved substrated wetting. This product has excellent pigment dispersing and stabilisation, enhanced color acceptance, and offers gloss improvement. HYDROPALAT® WE 3320 is APEO/HAPS free, has zero VOC, and is a good alternative to APEO. HLB ~14 voir moins | |
| HYDROPALAT® WE 3322 | BASF Formulation Additives | HYDROPALAT® WE 3322 is a non-ionic, 100% active wetting agent effective in water borne coatings intended for metal, wood and plastic substrates. This new wetting agent is effective in coatings and inks based on a wide variety of emulsions including PUD’s,...voir plus HYDROPALAT® WE 3322 is a non-ionic, 100% active wetting agent effective in water borne coatings intended for metal, wood and plastic substrates. This new wetting agent is effective in coatings and inks based on a wide variety of emulsions including PUD’s, acrylics, and styrenated acrylics. HYDROPALAT® WE 3322 does not stabilize foam and can act as a defoamer in formulations in addition to imparting outstanding wetting properties. When used at the recommended level, HYDROPALAT® WE 3322 should not diminish the corrosion resistance or change the recoat characteristics of the coating. The product is free of silicones, alkyl phenol ethoxylates (APE’s) and solvent. voir moins | |
| HYDROPALAT® WE 3323 | BASF Formulation Additives | HYDROPALAT® WE 3323 is a non-ionic, 100% active wetting agent effective in water borne inks, OPV’s, and coatings intended for plastic, wood, and metal substrates. This wetting agent is effective in a wide variety of emulsion types including acrylics, styr...voir plus HYDROPALAT® WE 3323 is a non-ionic, 100% active wetting agent effective in water borne inks, OPV’s, and coatings intended for plastic, wood, and metal substrates. This wetting agent is effective in a wide variety of emulsion types including acrylics, styrenated acrylics and PUD’s. HYDROPALAT® WE 3323, in addition to its outstanding wetting properties, does not stabilize foam and can act as a defoamer in many coating and graphic art formulations. In addition, increasing levels of HYDROPALAT® WE 3323 wetting agents typically reduces foam content in coatings rather than increases it, as is typical of most competitive wetting agents. voir moins | |
| HYDROPALAT® WE 3475 | BASF Formulation Additives | HYDROPALAT® WE 3475 is a highly efficient wetting agent, di-2-ethylhexyl sulphosuccinate, sodium salt. It is a very good wetting agent with only a medium tendency of foam formation in aqueous solutions or in polymer dispersions. The relatively low critica...voir plus HYDROPALAT® WE 3475 is a highly efficient wetting agent, di-2-ethylhexyl sulphosuccinate, sodium salt. It is a very good wetting agent with only a medium tendency of foam formation in aqueous solutions or in polymer dispersions. The relatively low critical micelle concentration of approximately 1 g active substance/l and the strong reduction in surface tension of aqueous solutions, even when using low concentrations, make HYDROPALAT® WE 3475 an ideal surface active agent. This product is just slightly water-soluble. The water solubility may be increased by the addition of a small amount of a solubilizer allowing solubility of up to 80 % to be achieved. Diluting HYDROPALAT® WE 3475 with water is possible up to a certain extent, but liquid-crystalline gel type phases may occur in the region of approximately 50 % active substance. voir moins | |
| HYDROPALAT® WE 3477 | BASF Formulation Additives | HYDROPALAT® WE 3477 is a highly dynamic wetting agent for aqueous coatings, printing inks, over print varnishes and related systems. Due to its excellent wetting properties it is particularly suitable for difficult-to-wet substrates such as plastics and m...voir plus HYDROPALAT® WE 3477 is a highly dynamic wetting agent for aqueous coatings, printing inks, over print varnishes and related systems. Due to its excellent wetting properties it is particularly suitable for difficult-to-wet substrates such as plastics and metal surfaces, cellulose film, aluminum and plastic foils, silicone treated papers or glass. HYDROPALAT® WE 3477 can be used to optimize the compatibility (color acceptance) of aqueous pigment concentrates in different coatings. It can be incorporated either into the pigment concentrate or directly into the base paint. It can also be used as "post additive". voir moins | |
| HYDROPALAT® WE 3650 | BASF Formulation Additives | HYDROPALAT® WE 3650 is a clear, colorless to slightly yellow liquid. It is a highly effective wetting agent for water based coating and ink applications. The product shows excellent dynamic surface tension reduction in combination with low foam stabilizat...voir plus HYDROPALAT® WE 3650 is a clear, colorless to slightly yellow liquid. It is a highly effective wetting agent for water based coating and ink applications. The product shows excellent dynamic surface tension reduction in combination with low foam stabilization. HYDROPALAT® WE 3650 can effectively be used in lacquers or inks that show problems regarding substrate wetting or cratering. Due to its wetting properties the product can also have a positive effect on ink transfer and adhesion. voir moins | |
| HYDROPALAT® WE 3694 | BASF Formulation Additives | HYDROPALAT® WE 3694 is a non-ionic wetting agent recommended for aqueous formulations with excellent wetting and emulsification properties. It also has low foaming and low surface tension. | |
| HYDROPALAT® WE 3966 | BASF Formulation Additives | HYDROPALAT® WE 3966 is an effective, low-foaming, non-ionic surfactant with block copolymer technology based on polyethylene glycol and polypropylene glycol. Due to its non-ionic character, it is miscible with anionic, cationic, and other non-ionic surfac...voir plus HYDROPALAT® WE 3966 is an effective, low-foaming, non-ionic surfactant with block copolymer technology based on polyethylene glycol and polypropylene glycol. Due to its non-ionic character, it is miscible with anionic, cationic, and other non-ionic surfactants. It is compatible with soluble polyanionic substances such as our DISPEX® types. HYDROPALAT® WE 3966 is supplied in the form of fine beads and is highly suitable for powder type formulations due to its ease of blendability with other powders and its dust-binding feature. It can also be used to solubilize oils and to emulsify monomers. voir moins | |
| HYDROPALAT® WE 3987 | BASF Formulation Additives | HYDROPALAT® WE 3987 is a solid grade (prill) difunctional block copolymer surfactant terminating in primary hydroxyl groups; Non-ionic surfactant that is 100% active and relatively non toxic. HLB >24. | |
| LOXANOL® CA 5086 | BASF Formulation Additives | LOXANOL® CA 5086 is a clear liquid, nonvolatile, medium molecular weight coalescing solvent and plasticizer. This coalescent is compatible with acrylics, epoxies, alkyds, polyesters, and phenolic resins. Latex caulks incorporated with this product display...voir plus LOXANOL® CA 5086 is a clear liquid, nonvolatile, medium molecular weight coalescing solvent and plasticizer. This coalescent is compatible with acrylics, epoxies, alkyds, polyesters, and phenolic resins. Latex caulks incorporated with this product display excellent elongation and recovery properties. Most formulations can tolerate various loading levels and still provide flexibility without decreasing the caulks ability to adhere to various substrates. LOXANOL® CA 5086 increases flexibility and toughness, reduces brittleness, minimizes water sensitivity, and improves film formation. voir moins | |
| LOXANOL® CA 5120 | BASF Formulation Additives | LOXANOL® CA 5120 is a clear to light amber liquid, high performance, low VOC, coalescing agent for waterborne coating applications. It is low HLB, low odor, non-ionic coalescent which is compatible with a variety of resin systems. This product has been sh...voir plus LOXANOL® CA 5120 is a clear to light amber liquid, high performance, low VOC, coalescing agent for waterborne coating applications. It is low HLB, low odor, non-ionic coalescent which is compatible with a variety of resin systems. This product has been shown to effectively reduce the minimum film formation temperature (MFFT) for coalescence while maintaining and improving the finished film characteristics. Both block resistance and open time performance are maintained, while scrub resistance is improved. LOXANOL® CA 5120 is free of alkylphenol ethoxylates. voir moins | |
| LOXANOL® CA 5310 | BASF Formulation Additives | LOXANOL® CA 5310 Emission Free Coalescent was developed for coatings formulations with less than 50 g/l VOC. It is produced from renewable raw materials and can replace traditional VOC contributing coalescent. Traditional coalescent vaporize in the air du...voir plus LOXANOL® CA 5310 Emission Free Coalescent was developed for coatings formulations with less than 50 g/l VOC. It is produced from renewable raw materials and can replace traditional VOC contributing coalescent. Traditional coalescent vaporize in the air during the drying process and contribute towards VOC (Volatile Organic Compounds). However, LOXANOL® CA 5310 remains in the paint film to provide a long lasting coalescing effect and at the same time increasing the total solids content of the system. LOXANOL® CA 5310 is supplied as a 100% active pale yellow liquid. LOXANOL® CA 5310 not only reduces the VOCs of the paint, but also improves key performance properties. voir moins | |
| LOXANOL® CA 5315 | BASF Formulation Additives | LOXANOL® CA 5315 is a highly efficient, highly compatible coalescing agent. It is designed for interior/exterior paints, elastomeric coatings, textured finishes, wood, and industrial coatings. LOXANOL CA 5315 reduces the required temperature to form a hom...voir plus LOXANOL® CA 5315 is a highly efficient, highly compatible coalescing agent. It is designed for interior/exterior paints, elastomeric coatings, textured finishes, wood, and industrial coatings. LOXANOL CA 5315 reduces the required temperature to form a homogeneous film for a given latex. It offers additional sustainability benefits as it is low VOC and low in odor. Due to it’s efficiency, low dosing is typically required so it will have less impact on block resistance compared to other low VOC coalescents. Due to its compatibility, it is able to be used across a broad range of latexes. voir moins | |
| LOXANOL® MI 6627 | BASF Formulation Additives | LOXANOL® MI 6627 is a white powder used as a highly effective corrosion inhibitor in combination with zinc phosphate for waterborne and solvent borne systems. It increases the anti-corrosive effect of pigments which form protective layers in the anodic zo...voir plus LOXANOL® MI 6627 is a white powder used as a highly effective corrosion inhibitor in combination with zinc phosphate for waterborne and solvent borne systems. It increases the anti-corrosive effect of pigments which form protective layers in the anodic zone. However, due to its extremely low water solubility LOXANOL® MI 6627 also improves the stability of anti-corrosive coatings manufactured with it. Besides its excellent dispersability, it also exhibits an outstanding stability against sedimentation. voir moins | |
| LOXANOL® MI 6721 | BASF Formulation Additives | PEI based polymer for improving ink and coating adhesion. | |
| LOXANOL® MI 6730 | BASF Formulation Additives | LOXANOL® MI 6730 is an aqueous solution of a cationic polymer based on polyethylene imine. It is a very effective adhesion promoter in multilayer packaging films manufactured by coating, lamination, extrusion coating or co-extrusion. As a primer, it prov...voir plus LOXANOL® MI 6730 is an aqueous solution of a cationic polymer based on polyethylene imine. It is a very effective adhesion promoter in multilayer packaging films manufactured by coating, lamination, extrusion coating or co-extrusion. As a primer, it provides excellent adhesion; for example, water-based heat-seal lacquers on substrates like aluminum foil and OPP. voir moins | |
| LOXANOL® MI 6735 | BASF Formulation Additives | PEI based polymer for improving ink and coating adhesion. | |
| LOXANOL® MI 6840 | BASF Formulation Additives | LOXANOL® MI 6840 is a highly concentrated aqueous dispersion of paraffin wax in water. It does increase the hydrophobicity of water based exterior coatings. | |
| LOXANOL® OT 5853 | BASF Formulation Additives | LOXANOL® OT 5853 is an APEO-free additive to prolong the 'open time' and workability of latex-based plasters for exterior insulation and finishing systems (EIFS) with highly active content and improved cold starage stability. LOXANOL® OT 5853 provides app...voir plus LOXANOL® OT 5853 is an APEO-free additive to prolong the 'open time' and workability of latex-based plasters for exterior insulation and finishing systems (EIFS) with highly active content and improved cold starage stability. LOXANOL® OT 5853 provides apparent elasticity whereby cracks in plasters are avoided to a large extent, and additionally, it helps minimize pores on the surface of the plaster. Its reduced product viscosity also allows for improved handling. voir moins | |
| RHEOVIS® AS 1125 NA | BASF Formulation Additives | RHEOVIS® AS 1125 NA is an efficient acrylic thickener (ASE) with pronounced pseudoplastic (low-shear) flow behavior. It is recommended for many aqueous paint and coating systems. It offers performance highlights such as excellent thickening efficiency, in...voir plus RHEOVIS® AS 1125 NA is an efficient acrylic thickener (ASE) with pronounced pseudoplastic (low-shear) flow behavior. It is recommended for many aqueous paint and coating systems. It offers performance highlights such as excellent thickening efficiency, increased KU-viscosity, prolonged open time, reduced sagging, high yield point, lower water uptake, and excellent viscosity stability after tinting. voir moins | |
| RHEOVIS® AS 1127 | BASF Formulation Additives | RHEOVIS® AS 1127 is an efficient acrylic thickener (ASE) with pronounced pseudoplastic (low-shear) flow behavior for many aqueous paint and coating systems. It offers performance highlights such as excellent thickening efficiency, increased KU-viscosity, ...voir plus RHEOVIS® AS 1127 is an efficient acrylic thickener (ASE) with pronounced pseudoplastic (low-shear) flow behavior for many aqueous paint and coating systems. It offers performance highlights such as excellent thickening efficiency, increased KU-viscosity, prolonged open time, reduced sagging, reduced syneresis during storage, and excellent viscosity stability after tinting. voir moins | |
| RHEOVIS® AS 1130 | BASF Formulation Additives | RHEOVIS® AS 1130 is a derivative of a family of highly effective rheology-control thickeners for a wide range of water-based coatings. The polymer provides the rheological control effect through extensive swelling of the high molecular weight polymer in a...voir plus RHEOVIS® AS 1130 is a derivative of a family of highly effective rheology-control thickeners for a wide range of water-based coatings. The polymer provides the rheological control effect through extensive swelling of the high molecular weight polymer in alkali, in the presence of water. Use of these thickening and rheological control agents allows formulation of coatings with an advantageous thixotropic behavior giving non stringy formulations which are easy to apply over a wide range of speeds and/or processes. Such formulations are ideally suited for airless spray applications for industrial and automotive formulations, and it can also be used in pigment and filler slurries. It offers additional performance highlights such as high shear thinning and anti-sagging and settling. voir moins | |
| RHEOVIS® AS 1337 | BASF Formulation Additives | RHEOVIS® AS 1337 is an effective rheological control agent for water-borne systems. It is designed to improve the Newtonian rheological properties over a wide shear rate interval without exhibiting any significant thixotropic effect. Thus, RHEOVIS® AS 133...voir plus RHEOVIS® AS 1337 is an effective rheological control agent for water-borne systems. It is designed to improve the Newtonian rheological properties over a wide shear rate interval without exhibiting any significant thixotropic effect. Thus, RHEOVIS® AS 1337 allows formulation of high gloss paint systems with optimal flow properties for manual application techniques. This white liquid is a formulation based on an acrylic copolymer. Typical end-use applications include: glossy emulsion paints for household paints and glossy, low duty industrial paints. Since RHEOVIS® AS 1337 is a synthetically derived product it is less susceptible to microbiological attack than derivatives of cellulose. Consequently the paint formulator can substantially reduce the level of biocide leading to a broader area of application. RHEOVIS® AS 1337 is most effective over the pH range 7.5 – 10.5. voir moins | |
| RHEOVIS® AS 1920 | BASF Formulation Additives | RHEOVIS® AS 1920 is a highly effective rheological control thickener for systems which are supplied as “dry systems” and require the addition of water for activation prior to their use. Typical application examples are plasters, wall finishes and cement. ...voir plus RHEOVIS® AS 1920 is a highly effective rheological control thickener for systems which are supplied as “dry systems” and require the addition of water for activation prior to their use. Typical application examples are plasters, wall finishes and cement. The polymer provides the rheology-control effect through extensive swelling of the high-molecular-weight polymer in alkali, in the presence of water. voir moins | |
| RHEOVIS® HS 1152 | BASF Formulation Additives | RHEOVIS® HS 1152 is a derivative of a family of highly effective rheological control additives for water-borne coating systems. It is based on acrylic polymer technology with side groups designed to provide an associate thickening mechanism. RHEOVIS® HS 1...voir plus RHEOVIS® HS 1152 is a derivative of a family of highly effective rheological control additives for water-borne coating systems. It is based on acrylic polymer technology with side groups designed to provide an associate thickening mechanism. RHEOVIS® HS 1152 is the most efficient thickening additive leading to a more pseudoplastic system, for example spray applications. The practical use in conventional coatings might be limited to applications where flow and leveling are less critical. voir moins | |
| RHEOVIS® HS 1162 | BASF Formulation Additives | RHEOVIS® HS 1162 is an outstanding extreme low-shear to thixotropic thickener and rheology-control agent for aqueous coatings. | |
| RHEOVIS® HS 1212 | BASF Formulation Additives | RHEOVIS® HS 1212 provides an improved thickening effect at low shear rates compared with RHEOVIS® HS 1332. It is recommended for use in matt and semi-gloss coatings. It is based on acrylic polymer technology with side groups designed to provide an associa...voir plus RHEOVIS® HS 1212 provides an improved thickening effect at low shear rates compared with RHEOVIS® HS 1332. It is recommended for use in matt and semi-gloss coatings. It is based on acrylic polymer technology with side groups designed to provide an associate thickening mechanism. voir moins | |
| RHEOVIS® HS 1332 | BASF Formulation Additives | RHEOVIS® HS 1332 is a an excellent rheology-control thickener of water based coatings to increase viscosity in the mid- to high-shear range. It is a hydrophobic modified acrylic swellable copolymer emulsion (HASE) in water. The polymer provides the rheolo...voir plus RHEOVIS® HS 1332 is a an excellent rheology-control thickener of water based coatings to increase viscosity in the mid- to high-shear range. It is a hydrophobic modified acrylic swellable copolymer emulsion (HASE) in water. The polymer provides the rheology-control effect through extensive swelling of the high-molecular-weight polymer in combination with a hydrophobic component in alkali, in the presence of water. voir moins | |
| RHEOVIS® PE 1320 NC | BASF Formulation Additives | RHEOVIS® PE 1320 NC is specifically designed to improve high brush drag (ICI viscosity) in modern coatings. It is used either alone or blended with any other RHEOVIS® associative thickener. It offers complete control of the rheological properties of a coa...voir plus RHEOVIS® PE 1320 NC is specifically designed to improve high brush drag (ICI viscosity) in modern coatings. It is used either alone or blended with any other RHEOVIS® associative thickener. It offers complete control of the rheological properties of a coating with excellent application hiding, flow and leveling properties, resistance properties, roller application, and spatter resistance chemical nature. voir moins | |
| RHEOVIS® PE 1331 | BASF Formulation Additives | RHEOVIS® PE 1331 is a solvent-free, VOC-Free, low odor associative thickener specifically designed to give a Newtonian rheology profile and excellent balance of performance properties to premium flat, eggshell, semi-gloss and gloss coatings. This product ...voir plus RHEOVIS® PE 1331 is a solvent-free, VOC-Free, low odor associative thickener specifically designed to give a Newtonian rheology profile and excellent balance of performance properties to premium flat, eggshell, semi-gloss and gloss coatings. This product is excellent for high shear viscosity build for one-coat coverage while enhancing low shear performance for superior sag resistance. RHEOVIS® PE 1331 imparts excellent flow and leveling due it’s comb-polymer structure and belongs to a family of polyether thickeners shown to have excellent exterior durability voir moins | |
| RHEOVIS® PU 1185 | BASF Formulation Additives | RHEOVIS® PU 1185 is a low- / mid-shear thickener with excellent performance and easy handling; strong pseudoplasticity. | |
| RHEOVIS® PU 1191 | BASF Formulation Additives | RHEOVIS® PU 1191 is a heavy metal-, solvent- and VOC free solution of a polyurethane in water/diluent. Heavy metal catalysts are not part of the product’s formulation. RHEOVIS® PU 1191 is highly-efficient environmental friendly associative polyurethane th...voir plus RHEOVIS® PU 1191 is a heavy metal-, solvent- and VOC free solution of a polyurethane in water/diluent. Heavy metal catalysts are not part of the product’s formulation. RHEOVIS® PU 1191 is highly-efficient environmental friendly associative polyurethane thickener designed to achieve a high pseudoplastic viscosity compared to other PUR thickeners. It shows superior sag resistance, low viscosity drop on tinting and excellent chemical- and UV-stability. Moreover, RHEOVIS® PU 1191 supports film formation and pigment wetting for minimizing pigment settling. Additionally, RHEOVIS® PU 1191 allows for an easy incorporation with low shear power (easy handling). voir moins | |
| RHEOVIS® PU 1214 NC | BASF Formulation Additives | RHEOVIS® PU 1214 NC is a non-ionic rheology additive for aqueous systems. It is a polyurethane-based associative thickener that shows thickening with only low shear thinning. It was especially designed to improve the application and hiding properties of l...voir plus RHEOVIS® PU 1214 NC is a non-ionic rheology additive for aqueous systems. It is a polyurethane-based associative thickener that shows thickening with only low shear thinning. It was especially designed to improve the application and hiding properties of latex systems (emulsion paints and adhesives). RHEOVIS® PU 1214 NC is recommended for all paints where good rheological properties are important. The main applications are interior and exterior paints which require good brush and roller application properties voir moins | |
| RHEOVIS® PU 1235 | BASF Formulation Additives | RHEOVIS® PU 1235 is a highly efficient non-ionic associative HEUR thickener designed to impart low shear viscosity with moderate contribution to high shear viscosity in interior and exterior latex-based paints. This balance allows the formulation of paint...voir plus RHEOVIS® PU 1235 is a highly efficient non-ionic associative HEUR thickener designed to impart low shear viscosity with moderate contribution to high shear viscosity in interior and exterior latex-based paints. This balance allows the formulation of paints with rheological profiles that can be customized for various coating applications. RHEOVIS® PU 1235 has good spatter resistance and is supplied as a low viscosity product that allows for easy handling and cleanup. voir moins | |
| RHEOVIS® PU 1250 NC | BASF Formulation Additives | RHEOVIS® PU 1250 NC is a non-ionic rheology modifier for waterborne coatings that provides structural viscosity. It is a polyurethane polymer in water/butoxydiglycol. This yellowish, white hazy liquid is suitable for thickening and modification of flow pr...voir plus RHEOVIS® PU 1250 NC is a non-ionic rheology modifier for waterborne coatings that provides structural viscosity. It is a polyurethane polymer in water/butoxydiglycol. This yellowish, white hazy liquid is suitable for thickening and modification of flow properties of waterborne polymers and other aqueous systems as well as for finished products like coatings and putties. These properties can be achieved in all kind of emulsions based on e.g. acrylic copolymer, vinyl acetate homopolymer, acrylic polymers, PVAc-VC copolymers, polyurethanes, amine neutralized and emulsified systems. It is a mid-shear thickener with medium pseudoplasticity. voir moins | |
| RHEOVIS® PU 1251 | BASF Formulation Additives | RHEOVIS® PU 1251 is an extremely efficient, solvent-free non-ionic, associative rheology modifier designed to improve dry coating performance and appearance while improving application properties of latex based coatings and adhesives. It features built-in...voir plus RHEOVIS® PU 1251 is an extremely efficient, solvent-free non-ionic, associative rheology modifier designed to improve dry coating performance and appearance while improving application properties of latex based coatings and adhesives. It features built-in wetting/coalescing agents that improve compatibility and ease of incorporation into formulations. It is a mid-shear thickener with slight pseudoplasticity. voir moins | |
| RHEOVIS® PU 1291 | BASF Formulation Additives | RHEOVIS® PU 1291 is a next-generation VOC-free mid-shear rheology modifier with excellent ICI thickening and easy handling. | |
| RHEOVIS® PU 1341 | BASF Formulation Additives | RHEOVIS® PU 1341 is an excellent low VOC high-shear thickener with low odor, and imparts excellent flow. | |
| RHEOVIS® VP 1231 | BASF Formulation Additives | RHEOVIS® VP 1231 is a modified vinylpyrrolidone-vinylacetate copolymer thickener with maximum thickening effect at a pH of about 5; can be used as protective colloid in the production of dispersions. |
