| Dynoadd® D-960 | Dynoadd by Dynea | Dynoadd® D-960 is a non-ionic, structured polymeric dispersing agent with excellent pigment affinity and effective steric stabilization, particularly suitable for the dispersion of carbon black in aqueous media. Dynoadd D-960 gives rapid initial pigment w...view more Dynoadd® D-960 is a non-ionic, structured polymeric dispersing agent with excellent pigment affinity and effective steric stabilization, particularly suitable for the dispersion of carbon black in aqueous media. Dynoadd D-960 gives rapid initial pigment wetting and deflocculation giving stable dispersions with low particle size. Pigment dispersions produced using Dynoadd D-960 have low viscosity and give excellent color strength, stability, and gloss in a wide variety of water-borne industrial coatings and printing inks. view less | Request Sample |
| Dynoadd® D-962 | Dynoadd by Dynea | Dynoadd® D-962 is a non-ionic, structured polymeric dispersing agent for water-borne formulations. Suitable for a broad range of organic pigments, Dynoadd® D-962 provides excellent pigment affinity and effective steric stabilization. Pigment concentrates ...view more Dynoadd® D-962 is a non-ionic, structured polymeric dispersing agent for water-borne formulations. Suitable for a broad range of organic pigments, Dynoadd® D-962 provides excellent pigment affinity and effective steric stabilization. Pigment concentrates produced using Dynoadd® D-962 have low viscosity and give excellent color strength and gloss in a wide variety of water-borne industrial coatings and printing inks. view less | Request Sample |
| Dynoadd® D-963 | Dynoadd by Dynea | Dynoadd® D-963 is a non-ionic, structured polymeric dispersing agent for water-borne formulations. Suitable for a broad range of organic pigments, Dynoadd® D-963 provides excellent pigment affinity and effective steric stabilization. The rapid initial pig...view more Dynoadd® D-963 is a non-ionic, structured polymeric dispersing agent for water-borne formulations. Suitable for a broad range of organic pigments, Dynoadd® D-963 provides excellent pigment affinity and effective steric stabilization. The rapid initial pigment wetting and deflocculation achieved with Dynoadd® D-963 results in stable dispersions with low particle size. Pigment concentrates produced using Dynoadd® D-963 have low viscosity and give excellent color strength and gloss in a wide variety of water-borne industrial coatings and printing inks. view less | Request Sample |
| Dynoadd® F-1 | Dynoadd by Dynea | Dynoadd® F-1 is a polymeric, non-silicone general-purpose flow and anti-crater additive for solvent-borne coatings. It lowers surface tension in coating formulations, thus improves substrate wetting. Surface defects like craters, cissing and pinholes are ...view more Dynoadd® F-1 is a polymeric, non-silicone general-purpose flow and anti-crater additive for solvent-borne coatings. It lowers surface tension in coating formulations, thus improves substrate wetting. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-1 has limited, but balanced compatibility with most backbone resins, and has defoaming properties in many formulations. Dynoadd® F-1 is an excellent choice in multiple-layer coatings. Dynoadd® F-1 has applications in industrial coatings, coil coatings, automotive OEM, printing inks, and woods coatings. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-100 | Dynoadd by Dynea | Dynoadd® F-100 is a polymeric, non-silicone flow and wetting additive for solvent-borne coatings. It lowers the surface tension in the formulation. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-100 is more compatible with b...view more Dynoadd® F-100 is a polymeric, non-silicone flow and wetting additive for solvent-borne coatings. It lowers the surface tension in the formulation. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-100 is more compatible with backbone resins than Dynoadd® F-1 and gives improved performance in more polar systems. Dynoadd® F-100 has applications in coil coatings, can coatings, automotive OEM, and printing inks. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. However, it is more compatible in polar systems than Dynoadd® F-1. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-101 | Dynoadd by Dynea | Dynoadd® F-101 is a polymeric, non-silicone flow and levelling agent. It reduces the surface tension in non-solvent and solvent based coating systems, thus improves substrate wetting. Surface defects like craters, cissing and pinholes are eliminated. Dyno...view more Dynoadd® F-101 is a polymeric, non-silicone flow and levelling agent. It reduces the surface tension in non-solvent and solvent based coating systems, thus improves substrate wetting. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-101 is more polar than Dynoadd® F-100. Dynoadd® F-101 gives improved protection against surface defects in radcure formulations. The higher polarity contributes to good pigment wetting and improved adhesion in some systems. Dynoadd® F-101 has application in coil coatings, automotive OEM, printing ink, and radcure coatings. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. However, Dynoadd® F-101 is seen to have an extra advantage in polar lacquer systems due to its polar properties. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-102 | Dynoadd by Dynea | Dynoadd® F-102 is a non-silicone, acrylic modified polyester designed for solvent based formulations. Due to its molecular weight and chemical composition, Dynoadd® F-102 provides a good balance of flow and antifoam properties in a wide range of formulati...view more Dynoadd® F-102 is a non-silicone, acrylic modified polyester designed for solvent based formulations. Due to its molecular weight and chemical composition, Dynoadd® F-102 provides a good balance of flow and antifoam properties in a wide range of formulations. Addition of Dynoadd® F-102 will have a positive contribution to substrate wetting. Dynoadd® F-102 can be used in combination with other Dynoadd® products such as Dynoadd® F-1. Dynoadd® F-102 has applications in coil coatings and general industrial. The additive has limited compatibility in many lacquer systems, thus contributing to good defoaming as well as leveling. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-106 | Dynoadd by Dynea | Dynoadd® F-106 is a non-silicone, flow and levelling additive for solvent based automotive clear coat formulations. Surface defects such as orange peel, craters and popping are eliminated. Dynoadd® F-106 improves flow and levelling whilst maintaining exce...view more Dynoadd® F-106 is a non-silicone, flow and levelling additive for solvent based automotive clear coat formulations. Surface defects such as orange peel, craters and popping are eliminated. Dynoadd® F-106 improves flow and levelling whilst maintaining excellent clarity. Dynoadd® F-106 has applications as a automotive OEM clear coat. view less | Request Sample |
| Dynoadd® F-113 | Dynoadd by Dynea | Dynoadd® F-113 is a silicone-free, flow, and leveling additive for solvent-based heat set topcoat formulations. By creating a surface layer with high cross-linking density, F-113 reduces dirt pickup and increases anti-blocking properties. Dynoadd® F-113 c...view more Dynoadd® F-113 is a silicone-free, flow, and leveling additive for solvent-based heat set topcoat formulations. By creating a surface layer with high cross-linking density, F-113 reduces dirt pickup and increases anti-blocking properties. Dynoadd® F-113 can improve protective film release and, in some cases, anti-graffiti properties. Surface defects such as orange peel, craters, and popping are eliminated. view less | Request Sample |
| Dynoadd® F-200 | Dynoadd by Dynea | Dynoadd® F-200 is a high molecular-weight acrylic polymer that effectively controls surface tension in solvent-based coating systems. F-200 is contributing to improved flow, and a reduction in surface imperfections like craters, orange peel, and pinholes....view more Dynoadd® F-200 is a high molecular-weight acrylic polymer that effectively controls surface tension in solvent-based coating systems. F-200 is contributing to improved flow, and a reduction in surface imperfections like craters, orange peel, and pinholes. Dynoadd® F-200 improves air release and reduces foam formation. view less | Request Sample |
| Dynoadd® F-201ND | Dynoadd by Dynea | Dynoadd® F-201ND is a solution of a polyester-modified acrylic polymer that effectively controls surface tension in solvent-based coating systems. Dynoadd® F-201ND improves air release and reduces foam formation. Small additions contribute to improved flo...view more Dynoadd® F-201ND is a solution of a polyester-modified acrylic polymer that effectively controls surface tension in solvent-based coating systems. Dynoadd® F-201ND improves air release and reduces foam formation. Small additions contribute to improved flow, and a reduction in surface imperfections like craters, orange peel, and pinholes. view less | Request Sample |
| Dynoadd® F-300 | Dynoadd by Dynea | Dynoadd® F-300 is a polymeric, non-silicone flow and wetting additive for solvent-borne coatings. It lowers the surface tension in the formulation. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-300 is more compatible with b...view more Dynoadd® F-300 is a polymeric, non-silicone flow and wetting additive for solvent-borne coatings. It lowers the surface tension in the formulation. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-300 is more compatible with backbone resins than Dynoadd® F-3 and gives improved performance in more polar systems. Dynoadd® F-300 has applications in can coatings and coil coatings. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. However, it is more compatible in polar systems than Dynoadd® F-3. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-3B | Dynoadd by Dynea | Dynoadd® F-3Bg is Dynoadd® F-3 dissolved in butyl glycol. Dynoadd® F-3Bg is a polymeric, non-silicone flow and anti-crater additive for solvent-borne coatings. It lowers surface tension, thus improves substrate wetting. Surface defects like craters, cissi...view more Dynoadd® F-3Bg is Dynoadd® F-3 dissolved in butyl glycol. Dynoadd® F-3Bg is a polymeric, non-silicone flow and anti-crater additive for solvent-borne coatings. It lowers surface tension, thus improves substrate wetting. Surface defects like craters, cissing and pinholes are eliminated. Dynoadd® F-3Bg has limited, but balanced compatibility with most backbone resins, and has defoaming properties in many formulations. Dynoadd® F-3Bg is an excellent choice in multiple-layer coatings, as it does not interfere with inter-coat adhesion. Dynoadd® F-3B has applications in coil coatings and can coatings. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-404 | Dynoadd by Dynea | Dynoadd® F-404 is a polyester-based, siloxane modified additive that effectively controls surface tension in solvent based coating systems. Dynoadd® F-404 gives excellent flow, levelling and overspray cratering resistance to spray applied coatings. The ad...view more Dynoadd® F-404 is a polyester-based, siloxane modified additive that effectively controls surface tension in solvent based coating systems. Dynoadd® F-404 gives excellent flow, levelling and overspray cratering resistance to spray applied coatings. The additive significantly improves film appearance at low dosage levels. Enhanced surface slip is gained with increasing level of addition. Dynoadd® F-404 has applications in general industry, wood coatings, and automotive OEM/refinish. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. view less | Request Sample |
| Dynoadd® F-409 | Dynoadd by Dynea | Dynoadd® F-409 is a polyester-based, siloxane modified additive that effectively controls surface tension in UV coating systems. Dynoadd® F-409 gives excellent flow, level lingand over-spray cratering resistance to spray applied coatings. The additive si...view more Dynoadd® F-409 is a polyester-based, siloxane modified additive that effectively controls surface tension in UV coating systems. Dynoadd® F-409 gives excellent flow, level lingand over-spray cratering resistance to spray applied coatings. The additive significantly reduces orange peel and improves film appearance at low dosage levels. Enhanced surface slip is gained with increasing level of addition. Dynoadd® F-409 has applications in general industry and wood coatings. The additive is compatible with most solvent-borne and solvent-free radiation curing systems independent of oligomer chemistry. view less | Request Sample |
| Dynoadd® F-414 | Dynoadd by Dynea | Dynoadd® F-414 is a polyester-modified, siloxane-based additive that effectively controls surface tension in solvent-based coating systems. Dynoadd® F-414 gives excellent flow, leveling, and overspray cratering resistance to spray-applied coatings. The ad...view more Dynoadd® F-414 is a polyester-modified, siloxane-based additive that effectively controls surface tension in solvent-based coating systems. Dynoadd® F-414 gives excellent flow, leveling, and overspray cratering resistance to spray-applied coatings. The additive significantly improves film appearance at low dosage levels. Enhanced surface slip is gained with an increasing level of addition. view less | Request Sample |
| Dynoadd® F-461 | Dynoadd by Dynea | Dynoadd® F-461, developed by Dynea, is an SVHC-free polyether polysiloxane wetting, levelling, and slip additive for water-borne, solvent-borne, and UV formulations. The product reduces surface tension and prevents defects. Dynoadd® F-461 also gives a sig...view more Dynoadd® F-461, developed by Dynea, is an SVHC-free polyether polysiloxane wetting, levelling, and slip additive for water-borne, solvent-borne, and UV formulations. The product reduces surface tension and prevents defects. Dynoadd® F-461 also gives a significant reduction in foam formation and stability in WB applications. Surface slip is improved considerably giving improved scratch and mar resistance. Dynoadd® F-461 is a wetting additive providing an optimal all-around balance of properties and benefits. view less | Request Sample |
| Dynoadd® F-462 | Dynoadd by Dynea | Dynoadd® F-462, developed by Dynea, is a modified polysiloxane wetting and levelling additive for waterborne formulations. Dynoadd® F-462 reduces surface tension, improves substrate wetting, and prevents defects without increasing surface slip. | Request Sample |
| Dynoadd® F-470 | Dynoadd by Dynea | Dynoadd® F-470 eliminates air entrapment, pinholes and surface foam. It prevents foaming during manufacture and application. Dynoadd® F-470 is particularly suited for thick films like floor coatings, castings and moulding based on 2K epoxies, unsaturated ...view more Dynoadd® F-470 eliminates air entrapment, pinholes and surface foam. It prevents foaming during manufacture and application. Dynoadd® F-470 is particularly suited for thick films like floor coatings, castings and moulding based on 2K epoxies, unsaturated PE and PUs. Dynoadd® F-470 does not reduce transparency and is recommended for clear coats. Dynoadd® F-470 contains a lower level of fluoro polymer. view less | Request Sample |
| Dynoadd® F-601 | Dynoadd by Dynea | Dynoadd® F-601 is non-silicone, acrylic modified polyester for water-borne systems. Addition of Dynoadd® F-601 improves substrate wetting and flow and leveling. Dynoadd® F-601 solves problems with craters, pinholes, fish eyes and other surface imperfectio...view more Dynoadd® F-601 is non-silicone, acrylic modified polyester for water-borne systems. Addition of Dynoadd® F-601 improves substrate wetting and flow and leveling. Dynoadd® F-601 solves problems with craters, pinholes, fish eyes and other surface imperfections. Dynoadd® F-601 has applications in industrial coatings, wood coatings, RadCure, and automotive. The additive may be used in most water-borne coating systems independently of lacquer chemistry if the additive is added prior to dilution with water. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-603 | Dynoadd by Dynea | Dynoadd® F-603 is non-silicone, anionic additive for water-borne systems. Dynoadd® F-603 imparts improved substrate wetting, flow and levelling without the formation of foam. Dynoadd® F-603 has applications in industrial coatings, wood coatings, RadCure, ...view more Dynoadd® F-603 is non-silicone, anionic additive for water-borne systems. Dynoadd® F-603 imparts improved substrate wetting, flow and levelling without the formation of foam. Dynoadd® F-603 has applications in industrial coatings, wood coatings, RadCure, and automotive. The additive may be used in most water-borne coating systems independently of lacquer chemistry. The effect of the additive on the stability of the resin should be controlled as part of the evaluation procedure. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-606 | Dynoadd by Dynea | Dynoadd® F-606 is a non-ionic, silicone-free wetting agent with defoaming properties. Dynoadd® F-606 provides wetting and defoaming in water-based wood adhesives, inks, and coating formulations. The wetting properties of Dynoadd® F-606 extend also to impr...view more Dynoadd® F-606 is a non-ionic, silicone-free wetting agent with defoaming properties. Dynoadd® F-606 provides wetting and defoaming in water-based wood adhesives, inks, and coating formulations. The wetting properties of Dynoadd® F-606 extend also to improve pigment wetting. view less | Request Sample |
| Dynoadd® F-608 | Dynoadd by Dynea | Dynoadd® F-608 is a non-silicone, acrylic-modified polyester for water-borne systems. The addition of Dynoadd® F-608 improves substrate wetting and flow and leveling. Dynoadd® F-608 solves problems with craters, pinholes, fisheyes, and other surface imper...view more Dynoadd® F-608 is a non-silicone, acrylic-modified polyester for water-borne systems. The addition of Dynoadd® F-608 improves substrate wetting and flow and leveling. Dynoadd® F-608 solves problems with craters, pinholes, fisheyes, and other surface imperfections. The excellent compatibility of the additive with a wide range of resins gives good film clarity in clear coats. Dynoadd® F-608 is compatible with acrylic dispersions, polyurethane dispersions (PUDs), alkyd emulsions, water-reducible alkyds, and polyesters. view less | Request Sample |
| Dynoadd® F-701B | Dynoadd by Dynea | Dynoadd® F-701B is a highly effective polymeric additive, particularly effective as air release and anti popping agent. It controls surface tension in solvent based coating systems. Small additions may also contribute to improved flow, and a reduction in ...view more Dynoadd® F-701B is a highly effective polymeric additive, particularly effective as air release and anti popping agent. It controls surface tension in solvent based coating systems. Small additions may also contribute to improved flow, and a reduction in surface imperfections like craters, orange peel and pinholes. This product has a good compatibility with many wax dispersions giving good performance also in highly waxed coatings. Dynoadd® F-701B can be used in combination with Dynoadd® flow additives, in particular Dynoadd® F-101. view less | Request Sample |
| Dynoadd® F-705 | Dynoadd by Dynea | Dynoadd® F-705 is a highly effective non-silicone, VOC free polymeric foam control concentrate. It is effective in radiation curing formulations at preventing generation of foam, and it is particularly effective in air release, thus reducing popping and p...view more Dynoadd® F-705 is a highly effective non-silicone, VOC free polymeric foam control concentrate. It is effective in radiation curing formulations at preventing generation of foam, and it is particularly effective in air release, thus reducing popping and pinholes. It can be used as a foam control and de-aerating additive in solvent-borne food contact coatings at levels up to 0.1%. Dynoadd® F-705 is recommended for use as defoamer and de-airator in thick film coatings (2K epoxy, UP, PUR). Dynoadd® F-705 has applications in packaging coatings, direct food contact, UV coatings, general industry, and floor coatings. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-706 | Dynoadd by Dynea | Dynoadd F-706 is a non-silicone polymeric anti-foam and air release additive. It is effective in preventing generation of foam, and it is particularly effective in air release, thus reducing popping. It does not negatively influence the appearance of the ...view more Dynoadd F-706 is a non-silicone polymeric anti-foam and air release additive. It is effective in preventing generation of foam, and it is particularly effective in air release, thus reducing popping. It does not negatively influence the appearance of the coating. Dynoadd® F-706 has applications in UV coatings. The additive is compatible with most solvent-borne and non-solvent RadCure coating systems independently of lacquer chemistry. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-707 | Dynoadd by Dynea | Dynoadd® F-707 is a non-silicone polymeric foam control additive. It is effective in preventing generation of foam, and it is particularly effective in air release, thus reducing popping. Dynoadd® F-707 controls surface tension in solvent-based systems. S...view more Dynoadd® F-707 is a non-silicone polymeric foam control additive. It is effective in preventing generation of foam, and it is particularly effective in air release, thus reducing popping. Dynoadd® F-707 controls surface tension in solvent-based systems. Small additions may also contribute to improved flow and a reduction in surface imperfections like craters and orange peel. Dynoadd® F-707 has a good compatibility with many wax dispersions, giving good performance also in highly waxed coatings. Dynoadd® F-707 can also be used in combination with Dynoadd® flow additives. Dynoadd® F-707 has applications in coil coatings, PVdF, general industry, and packaging coatings. The additive is compatible with most solvent-borne and non-solvent radcure coating systems independently of lacquer chemistry. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-708 | Dynoadd by Dynea | Dynoadd® F-708 is a non-silicone polymericfoam control additive. It is effective in preventing generation of foam, and it is particularly effective in air release, thus reducing popping. Dynoadd® F-708 controls surface tension in solvent or non-solvent ba...view more Dynoadd® F-708 is a non-silicone polymericfoam control additive. It is effective in preventing generation of foam, and it is particularly effective in air release, thus reducing popping. Dynoadd® F-708 controls surface tension in solvent or non-solvent based coating systems. Small additions may also contribute to improved flow, and reduce surface imperfections such as craters and orange peel. Dynoadd® F-708 has a good compatibility with many wax dispersions giving good performance also in highly waxed coatings. Dynoadd® F-708 can be used in combination with Dynoadd® flow additives, in particular Dynoadd® F-101. Dynoadd® F-708 has applications in coil coatings, general industry, packaging coatings, and PVdF coatings. A first trial dose of 0.05% is recommended. The additive is compatible with most solvent-borne and non-solvent coating systems independently of lacquer chemistry. It may be used in all layers in multi-layered systems. view less | Request Sample |
| Dynoadd® F-711 | Dynoadd by Dynea | Dynoadd® F-711 combines highly efficient foam control properties with improved compatibility resulting in improved flow and levelling properties. This combination makes it particularly effective in preventing and reducing the effects of popping.Dynoadd® F...view more Dynoadd® F-711 combines highly efficient foam control properties with improved compatibility resulting in improved flow and levelling properties. This combination makes it particularly effective in preventing and reducing the effects of popping.Dynoadd® F-711 is effective in polyester or alkyd-melamine, 2K-PU and 2K-Acrylic formulations. It has applications in automotive refinish coatings, coil coatings, and industrial coatings. view less | Request Sample |
| Dynoadd® F-713 | Dynoadd by Dynea | Dynoadd® F-713 eliminates air entrapment, pinholes and surface foam in 100% or low VOC formulations. It prevents foaming during manufacture and application. Dynoadd® F-713 is particularly suited for thick films like floor coatings, castings and moulding b...view more Dynoadd® F-713 eliminates air entrapment, pinholes and surface foam in 100% or low VOC formulations. It prevents foaming during manufacture and application. Dynoadd® F-713 is particularly suited for thick films like floor coatings, castings and moulding based on 2K epoxies, unsaturated PE and PUs. Dynoadd® F-713 may reduce film transparency. Dynoadd® F-713 has applications in 2K Epoxy, Unsat. PE, and 1 and 2K PU formulations. view less | Request Sample |
| Dynoadd® F-760 | Dynoadd by Dynea | Dynoadd® F-760 is a defoamer intended for use in water-borne industrial coating formulations including two-pack polyurethane formulations. It effectively prevents foam formation and rapidly destabilises and destroys foam in liquid coatings, resulting in c...view more Dynoadd® F-760 is a defoamer intended for use in water-borne industrial coating formulations including two-pack polyurethane formulations. It effectively prevents foam formation and rapidly destabilises and destroys foam in liquid coatings, resulting in coating surfaces that are easily recoated. Dynoadd® F-760 is based on a solution of foam destabilizing polymers and is silicone- and mineral oil-free. view less | Request Sample |
| Dynoadd® F-800 | Dynoadd by Dynea | Dynoadd® F-800 is a multi functional, adhesion promoting flow and levelling agent. It modifies coating surfaces in such way that adhesion to polyurethane foam is considerably improved. As an effective flow and levelling additive, this product controls the...view more Dynoadd® F-800 is a multi functional, adhesion promoting flow and levelling agent. It modifies coating surfaces in such way that adhesion to polyurethane foam is considerably improved. As an effective flow and levelling additive, this product controls the surface tension of a coating thus eliminating surface defects such as orange peel, craters and pinholes. Dynoadd® F-800 also has a positive effect on both substrate and pigment wetting. view less | Request Sample |
| Dynoadd® F-802 | Dynoadd by Dynea | Dynoadd® F-802 is a multi-functional, adhesion-promoting flow and leveling agent. Dynoadd® F-802 has similar properties to Dynoadd® F-800 but with considerably higher reactivity enabling immediate adhesion between the coated surface and the -NCO cured for...view more Dynoadd® F-802 is a multi-functional, adhesion-promoting flow and leveling agent. Dynoadd® F-802 has similar properties to Dynoadd® F-800 but with considerably higher reactivity enabling immediate adhesion between the coated surface and the -NCO cured formulation. The novel surface active Dynoadd® F-802 polymer modifies coating surfaces in such a way that adhesion to -NCO curing formulations such as foam, adhesives, or coatings is considerably improved. As an effective flow and leveling additive Dynoadd® F-802 controls the surface tension of a coating thus eliminating surface defects such as orange peel, craters, and pinholes. The properties of Dynoadd® F-802 make it ideal for formulating backer coatings which have good foam adhesion without the use of additional adhesion resins. The adhesion promoting properties are maintained even after repeated curing. view less | Request Sample |
| Dynoadd® F-810 | Dynoadd by Dynea | Dynoadd® F-810 is a multi-functional, adhesion-promoting flow and leveling agent. The novel surface active Dynoadd® F-810 polymer modifies coating surfaces in such a way that adhesion to UV curing inks and coatings is considerably improved. As an effectiv...view more Dynoadd® F-810 is a multi-functional, adhesion-promoting flow and leveling agent. The novel surface active Dynoadd® F-810 polymer modifies coating surfaces in such a way that adhesion to UV curing inks and coatings is considerably improved. As an effective flow and leveling additive Dynoadd® F-810 controls the surface tension of a coating thus eliminating surface defects such as orange peel, craters, and pinholes. Dynoadd® F-810 also has a positive effect on substrate wetting. view less | Request Sample |
| Dynoadd® P-506 | Dynoadd by Dynea | Dynoadd® P-506 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lowe...view more Dynoadd® P-506 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lower addition rates than competing technologies. They can give improved scratch resistance and impart a permanent slip improvement. Dynoadd® P-506 has a particle size of 6 microns. The particles can be used in solvent-borne, water-borne and radcure coating formulations. Typical applications are coil coatings, domestic appliances, cosmetics packaging, mobile phones, automotive interior, machinery housing, wood coatings, and optical coatings. view less | Request Sample |
| Dynoadd® P-510 | Dynoadd by Dynea | Dynoadd P-510® is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lowe...view more Dynoadd P-510® is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lower addition rates than competing technologies. They can give improved scratch resistance and impart a permanent slip improvement. Dynoadd® P-510 has a particle size of 10 microns. The particles can be used in solvent-borne, water-borne and radcure coating formulations. Typical applications are coil coatings, domestic appliances, cosmetics packaging, mobile phones, automotive interior, machinery housing, wood coatings, and optical coatings. view less | Request Sample |
| Dynoadd® P-515 | Dynoadd by Dynea | Dynoadd® P-515 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lowe...view more Dynoadd® P-515 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lower addition rates than competing technologies. They can give improved scratch resistance and impart a permanent slip improvement. Dynoadd® P-515 has a particle size of 15 microns. The particles can be used in solvent-borne, water-borne and radcure coating formulations. Typical applications are coil coatings, domestic appliances, cosmetics packaging, mobile phones, automotive interior, machinery housing, wood coatings, and optical coatings. view less | Request Sample |
| Dynoadd® P-520 | Dynoadd by Dynea | Dynoadd® P-520 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lowe...view more Dynoadd® P-520 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lower addition rates than competing technologies. They can give improved scratch resistance and impart a permanent slip improvement. Dynoadd® P-520 has a particle size of 20 microns. The particles can be used in solvent-borne, water-borne and radcure coating formulations. Typical applications are coil coatings, domestic appliances, cosmetics packaging, mobile phones, automotive interior, machinery housing, wood coatings, and optical coatings. view less | Request Sample |
| Dynoadd® P-530 | Dynoadd by Dynea | Dynoadd® P-530 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lowe...view more Dynoadd® P-530 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lower addition rates than competing technologies. They can give improved scratch resistance and impart a permanent slip improvement. Dynoadd® P-530 has a particle size of 30 microns. The particles can be used in solvent-borne, water-borne and radcure coating formulations. Typical applications are coil coatings, domestic appliances, cosmetics packaging, mobile phones, automotive interior, machinery housing, wood coatings, and optical coatings. view less | Request Sample |
| Dynoadd® P-540 | Dynoadd by Dynea | Dynoadd® P-540 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lowe...view more Dynoadd® P-540 is monodisperse, spherical particle-additive providing especially fine and uniformly textured films. The particles have an extremely narrow particle size distribution, ensuring that every particle gives the desired effect, resulting in lower addition rates than competing technologies. They can give improved scratch resistance and impart a permanent slip improvement. Dynoadd® P-540 has a particle size of 40 microns.The particles can be used in solvent-borne, water-borne and radcure coating formulations. Typical applications are coil coatings, domestic appliances, cosmetics packaging, mobile phones, automotive interior, machinery housing, wood coatings, and optical coatings. view less | Request Sample |
| Dynoadd® R-1001 | Dynoadd by Dynea | Dynoadd® R-1001 is a silicone-free release agent that when applied directly to application equipment prevents wood adhesives of all types from bonding to the metal surface. This prevents permanent adhesion and build-up of glue residues and eases the clean...view more Dynoadd® R-1001 is a silicone-free release agent that when applied directly to application equipment prevents wood adhesives of all types from bonding to the metal surface. This prevents permanent adhesion and build-up of glue residues and eases the cleaning of application equipment. Dynoadd® R-1001 prevents adhesion of most C84commonly used wood adhesive systems to production equipment greatly easing clean-up and reducing down-time. Dynoadd® R-1001 is effective in preventing the adhesion of formaldehyde resin based-, polyurethane based- and PVAc-based- adhesives to production equipment. view less | Request Sample |
| STANLUX® Gold 12000 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 12000 is a fine bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment offers opacity, gloss and printability for flexographic and gravure systems. STANLUX® Gold 1...view more STANLUX® Gold 12000 is a fine bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment offers opacity, gloss and printability for flexographic and gravure systems. STANLUX® Gold 12000 is available in several shades and has an average size of 16 microns. view less | |
| STANLUX® Gold 13000 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 13000 is a fine bronze powder constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment offers opacity, gloss and printability for use in flexographic and gravure systems. STANLUX® Gold 13...view more STANLUX® Gold 13000 is a fine bronze powder constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment offers opacity, gloss and printability for use in flexographic and gravure systems. STANLUX® Gold 13000 is available in several shades and has an average size of 16 microns. view less | |
| STANLUX® Gold 13300 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 13300 is a fine bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment offers opacity, gloss and printability for flexographic and gravure systems. STANLUX® Gold 1...view more STANLUX® Gold 13300 is a fine bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment offers opacity, gloss and printability for flexographic and gravure systems. STANLUX® Gold 13300 is available in several shades and has an average size of 12 microns. view less | |
| STANLUX® Gold 14000 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 14000 is super fine bronze powder constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment generates decorative metallic effects and is used in offset printing inks. STANLUX® Gold 14000 i...view more STANLUX® Gold 14000 is super fine bronze powder constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment generates decorative metallic effects and is used in offset printing inks. STANLUX® Gold 14000 is available in several shades and has an average size of 5 microns. view less | |
| STANLUX® Gold 2000 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 2000 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is r...view more STANLUX® Gold 2000 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is required. STANLUX® Gold 2000 is available in several shades and has an average size of 50 microns. view less | |
| STANLUX® Gold 2100 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 2100 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is r...view more STANLUX® Gold 2100 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is required. STANLUX® Gold 2100 is available in several shades and has an average size of 50 microns. view less | |
| STANLUX® Gold 2700 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 2700 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is r...view more STANLUX® Gold 2700 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is required. STANLUX® Gold 2700 is available in several shades and has an average size of 45 microns. view less | |
| STANLUX® Gold 2800 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 2800 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is r...view more STANLUX® Gold 2800 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is required. STANLUX® Gold 2800 is available in several shades and has an average size of 45 microns. view less | |
| STANLUX® Gold 3500 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 3500 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is r...view more STANLUX® Gold 3500 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is required. STANLUX® Gold 3500 is available in several shades and has an average size of 35 microns. view less | |
| STANLUX® Gold 3600 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 3600 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is r...view more STANLUX® Gold 3600 is a coarse bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in decorative paints and is recommended for applications where high brilliance is required. STANLUX® Gold 3600 is available in several shades and has an average size of 35 microns. view less | |
| STANLUX® Gold 4500 (Shade C) | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 4500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 4500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where high brilliance and hiding power are required. STANLUX® Gold 4500 has an average size of 25 microns and a 1.5% water retention rate with 3.4 - 4.2 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 4500 (Shade D) | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 4500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints, and silk screen inks, and it is rec...view more STANLUX® Gold 4500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints, and silk screen inks, and it is recommended for applications where high brilliance and hiding power are required. STANLUX® Gold 4500 has an average size of 30 microns and a 8% water retention rate with a 3.4 - 4.2 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 4500 (Shades P - RP - R) | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 4500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 4500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where high brilliance and hiding power are required. STANLUX® Gold 4500 has an average size of 25 microns and a 1.5% water retention rate with 4.3-5.4 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 4600 (Shade C) | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 4600 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 4600 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where high brilliance and hiding power are required. STANLUX® Gold 4600 has an average size of 30 microns and a 1.5% water retention rate with a 3.4 - 4.2 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 4600 (Shades P - RP - R) | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 4600 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 4600 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where high brilliance and hiding power are required. STANLUX® Gold 4600 has an average size of 30 microns and a 1.5% water retention rate with a 4.3 - 5.4 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 5500 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 5500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 5500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where regular surface finish and hiding power are required. STANLUX® Gold 5500 is available in several shades and has an average size of 23 microns. It possesses a 0.5% water retention rate with a 4.2 - 6.0 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 6500 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 6500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 6500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where regular surface finish and hiding power are required. STANLUX® Gold 6500 is available in several shades and has an average size of 20 microns. It possesses a 5% water retention rate with a 5.5 - 6.5 (cm²/g Min) water coverage property. view less | |
| STANLUX® Gold 7500 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Gold 7500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is reco...view more STANLUX® Gold 7500 is a bronze powder pigment constituted by lamellar particles of copper, zinc and aluminium alloys covered with stearic acid. This pigment is used in aerosol spray decorative paints, decorative paints and silk screen inks, and it is recommended for applications where regular surface finish and hiding power are required. STANLUX® Gold 7500 is available in several shades and has an average size of 18 microns. It possesses a 0.8% water retention rate with a 6.3 - 7.5 (cm²/g Min) water coverage property. view less | |
| STANLUX® Hydro 140 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Hydro 140 is a stabilized aluminium leafing paste with medium-coarse lamellar particles, recommended for use in waterborne paints. This product has a maximum retention of 1% in # 325 mesh. | |
| STANLUX® Hydro 150 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Hydro 150 is a stabilized aluminium leafing paste with medium-coarse lamellar particles, recommended for use in waterborne paints. This product has a maximum retention of 4% in # 325 mesh. | |
| STANLUX® Paste 100 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 100 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product creates a unique shiny aesthetic effect that provides the applied system with a protective barrier, coverage, corrosion resistance, and ...view more STANLUX® Paste 100 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product creates a unique shiny aesthetic effect that provides the applied system with a protective barrier, coverage, corrosion resistance, and thermal reflection. STANLUX® Paste 100 is specially recommended for formulation systems with low tolerance to aliphatic solvent and is commonly used for maintenance and general industrial paints. view less | |
| STANLUX® Paste 100N | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 100N is a non-leafing type aluminum paste made of lamellar particles covered with stearic acid. This product creates a unique shiny aesthetic effect that provides the applied system with a protective barrier, coverage, corrosion resistance,...view more STANLUX® Paste 100N is a non-leafing type aluminum paste made of lamellar particles covered with stearic acid. This product creates a unique shiny aesthetic effect that provides the applied system with a protective barrier, coverage, corrosion resistance, and thermal reflection. STANLUX® Paste 100N is specially recommended for formulation systems with low tolerance to aliphatic solvent and is commonly used for maintenance, protective, or marine coatings. view less | |
| STANLUX® Paste 1100 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1100 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1100 is specially recommended for formulation...view more STANLUX® Paste 1100 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1100 is specially recommended for formulation systems with low tolerance to aliphatic solvent and is commonly used for maintenance, protective and marine coatings, and roof coatings. It has an average particle size of 18 microns and uses a combined solvent of MS (Mineral Spirit) and HA (High Aromatic.) view less | |
| STANLUX® Paste 1100N | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1100N is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1100N is specially recommended for formulatio...view more STANLUX® Paste 1100N is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1100N is specially recommended for formulation systems with low tolerance to aliphatic solvent and is commonly used for maintenance, protective and marine coatings, and roof coatings. It has an average particle size of 18 microns and uses High Aromatic solvent. view less | |
| STANLUX® Paste 1120 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1120 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1120 is specially recommended for formulation ...view more STANLUX® Paste 1120 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1120 is specially recommended for formulation systems with low tolerance to aliphatic solvent and is commonly used for maintenance, protective and marine coatings, and roof coatings. It has an average particle size of 17 microns and uses a combined solvent of MS (Mineral Spirit) and HA (High Aromatic.) view less | |
| STANLUX® Paste 1130 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1130 is a non-leafing type aluminum paste made of fine lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1130 is specially recommended for use in ...view more STANLUX® Paste 1130 is a non-leafing type aluminum paste made of fine lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1130 is specially recommended for use in decorative paints, industrial paints, maintenance, protective and marine coatings, and trade paints. It has an average particle size of 11 microns and uses a combined solvent of MS (Mineral Spirit) and HA (High Aromatic.) view less | |
| STANLUX® Paste 120 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 120 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 120 commonly used for general industrial...view more STANLUX® Paste 120 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 120 commonly used for general industrial paints, decorative and/or architectural paints, and maintenance paints. It has an average particle size of 17 microns and a minimum water coverage of 20,000 cm2/g. view less | |
| STANLUX® Paste 1200 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1200 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1200 has a high degree of hiding power and is ...view more STANLUX® Paste 1200 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1200 has a high degree of hiding power and is recommended for use in internal can coatings. It has an average particle size of 14 microns and uses a combined solvent of MS (Mineral Spirit) and HA (High Aromatic.) view less | |
| STANLUX® Paste 1290 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1290 is a non-leafing type aluminum paste made of fine lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1290 has a high degree of hiding power an...view more STANLUX® Paste 1290 is a non-leafing type aluminum paste made of fine lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1290 has a high degree of hiding power and is recommended for use in internal can coatings. It has an average particle size of 8 microns and uses a combined solvent of MS (Mineral Spirit) and HA (High Aromatic.) view less | |
| STANLUX® Paste 130 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 130 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 130 commonly used for general industrial ...view more STANLUX® Paste 130 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 130 commonly used for general industrial paints, decorative and/or architectural paints, and maintenance paints. It has an average particle size of 19 microns and a minimum water coverage of 21,000 cm2/g. view less | |
| STANLUX® Paste 130N | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 130N is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 130N is specially recommended for applic...view more STANLUX® Paste 130N is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 130N is specially recommended for application in formulations based on resins that are incompatible with aliphatic solvents and is commonly used for general industrial paints, decorative and/or architectural paints, and maintenance paints. It has an average particle size of 19 microns and a minimum water coverage of 21,000 cm2/g. view less | |
| STANLUX® Paste 140 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 140 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 140 is recommended for application in for...view more STANLUX® Paste 140 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. This product has a high leafing value that adds a durable and protective property to paints. STANLUX® Paste 140 is recommended for application in formulations that require aluminium pigment with high metallic effect and is commonly used for general industrial paints, decorative and/or architectural paints, and maintenance paints. It has an average particle size of 19 microns and a minimum water coverage of 21,000 cm2/g. view less | |
| STANLUX® Paste 150 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 150 is a leafing type aluminum paste made of medium-coarse lamellar particles covered with stearic acid. STANLUX® Paste 150 is recommended for application in formulations that require aluminium pigment with high metallic effect and is commo...view more STANLUX® Paste 150 is a leafing type aluminum paste made of medium-coarse lamellar particles covered with stearic acid. STANLUX® Paste 150 is recommended for application in formulations that require aluminium pigment with high metallic effect and is commonly used for industrial paints, and roof coatings. It has an average particle size of 19 microns and a minimum water coverage of 14,000 cm2/g. view less | |
| STANLUX® Paste 1600 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1600 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1600 is considered to be standard level and is...view more STANLUX® Paste 1600 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1600 is considered to be standard level and is recommended for paint formulations that require aluminium pigment with high metallic effect including: aerosol spray decorative paints, industrial paints, maintenance paints, protective and marine coatings, and trade paints. It has an average particle size of 23 microns and uses a combined solvent of MS (Mineral Spirit) and HA (High Aromatic.) view less | |
| STANLUX® Paste 1600N | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1600N is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1600N is considered to be standard level and ...view more STANLUX® Paste 1600N is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1600N is considered to be standard level and is recommended for formulation systems with low tolerance to aliphatic solvent. It has an average particle size of 23 microns and uses a HA (High Aromatic) solvent. Applications include: aerosol spray decorative paints, industrial paints, maintenance paints, protective and marine coatings, and trade paints. view less | |
| STANLUX® Paste 166 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 166 is a leafing type aluminum paste made of medium size lamellar particles covered with stearic acid. STANLUX® Paste 166 is recommended for application in high grade and brilliant protective paints and is commonly used for decorative paint...view more STANLUX® Paste 166 is a leafing type aluminum paste made of medium size lamellar particles covered with stearic acid. STANLUX® Paste 166 is recommended for application in high grade and brilliant protective paints and is commonly used for decorative paints, industrial paints, and trade paints. It has an average particle size of 15 microns and a minimum water coverage of 22,000cm2/g. view less | |
| STANLUX® Paste 1700 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1700 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1700 is considered to be standard level and is...view more STANLUX® Paste 1700 is a non-leafing type aluminum paste made of lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1700 is considered to be standard level and is recommended for formulation systems with low tolerance to aliphatic solvent. It has an average particle size of 21 microns and uses a HA (High Aromatic) and MS (Mineral Spirit) solvent. Applications include: aerosol spray decorative paints, industrial paints, maintenance paints, protective and marine coatings, and trade paints. view less | |
| STANLUX® Paste 1770 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1770 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1770 is considered to be standard level...view more STANLUX® Paste 1770 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1770 is considered to be standard level and is recommended for formulation systems with low tolerance to aliphatic solvent. It has an average particle size of 16 microns and uses a HA (High Aromatic) and MS (Mineral Spirit) solvent. Applications include: aerosol spray decorative paints, industrial paints, maintenance paints, protective and marine coatings, and trade paints. view less | |
| STANLUX® Paste 1770/60 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1770/60 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1770/60 is considered to be standard...view more STANLUX® Paste 1770/60 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1770/60 is considered to be standard level and is recommended for formulation systems with low tolerance to aliphatic solvent. It has an average particle size of 16 microns and uses a HA (High Aromatic) and MS (Mineral Spirit) solvent. STANLUX® Paste 1770/60 has the same characteristics of Stanlux Paste 1770 with 60% of solids. Applications include: aerosol spray decorative paints, industrial paints, maintenance paints, protective and marine coatings, and trade paints. view less | |
| STANLUX® Paste 1870 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1870 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1870 is considered to be standard level...view more STANLUX® Paste 1870 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1870 is considered to be standard level and is recommended for systems requiring differentiated metallic finishes, brighter color, and high hiding power. It has an average particle size of 16 microns and uses a HA (High Aromatic) and MS (Mineral Spirit) solvent. Applications include: aerosol spray decorative paints, industrial paints, and trade paints. view less | |
| STANLUX® Paste 1900 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 1900 is a non-leafing type aluminum paste made of coarse lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1900 is considered to be standard level...view more STANLUX® Paste 1900 is a non-leafing type aluminum paste made of coarse lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 1900 is considered to be standard level and is recommended for systems requiring protective properties. It has an average particle size of 32 microns and uses a HA (High Aromatic) and MS (Mineral Spirit) solvent. Applications include: industrial paints, maintenance, protective and marine coatings. view less | |
| STANLUX® Paste 200 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 200 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. STANLUX® Paste 200 is recommended for application in high grade and brilliant protective paints and is commonly used for decorative paints, trade pai...view more STANLUX® Paste 200 is a leafing type aluminum paste made of lamellar particles covered with stearic acid. STANLUX® Paste 200 is recommended for application in high grade and brilliant protective paints and is commonly used for decorative paints, trade paints, and printing inks. It has an average particle size of 14 microns and a minimum water coverage of 20,000 cm2/g. view less | |
| STANLUX® Paste 2000 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 2000 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 2000 is considered to be standard level...view more STANLUX® Paste 2000 is a non-leafing type aluminum paste made of medium lamellar particles covered with oleic acid that provides differentiated effects that add a metallic shine to the applied system. STANLUX® Paste 2000 is considered to be standard level and is recommended for systems requiring differentiated metallic effects, and brighter metallic pigment. It has an average particle size of 21 microns and uses a HA (High Aromatic) and MS (Mineral Spirit) solvent. Applications include: decorative paints, industrial paints, and trade paints. view less | |
| STANLUX® Paste 200N | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 200N is a leafing type aluminum paste made of lamellar particles covered with stearic acid. STANLUX® Paste 200N is recommended for application in products requiring high covering power and is commonly used for decorative paints, trade paint...view more STANLUX® Paste 200N is a leafing type aluminum paste made of lamellar particles covered with stearic acid. STANLUX® Paste 200N is recommended for application in products requiring high covering power and is commonly used for decorative paints, trade paints, and printing inks. It has an average particle size of 14 microns and a minimum water coverage of 20,000 cm2/g. view less | |
| STANLUX® Paste 260 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 260 is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid. STANLUX® Paste 260 is specially recommended for printing inks and is commonly used for aerosol spray decorative paints, flexographic printing in...view more STANLUX® Paste 260 is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid. STANLUX® Paste 260 is specially recommended for printing inks and is commonly used for aerosol spray decorative paints, flexographic printing inks, and gravure printing inks. It has an average particle size of 14 microns and a minimum water coverage of 28,000 cm2/g. view less | |
| STANLUX® Paste 266 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 266 is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid. STANLUX® Paste 266 is specially recommended for high grade and brilliant printing inks and is commonly used for aerosol spray decorative paints,...view more STANLUX® Paste 266 is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid. STANLUX® Paste 266 is specially recommended for high grade and brilliant printing inks and is commonly used for aerosol spray decorative paints, flexographic and gravure printing inks that require aluminium pigment with a high metallic effect. It has an average particle size of 14 microns and a minimum water coverage of 28,000 cm2/g. view less | |
| STANLUX® Paste 270/70 IPA | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 270/70 IPA is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid and is suitable with solvent for high grade printing inksthat require low odour property. STANLUX® Paste 270/70 IPA is specially recomme...view more STANLUX® Paste 270/70 IPA is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid and is suitable with solvent for high grade printing inksthat require low odour property. STANLUX® Paste 270/70 IPA is specially recommended for printing inks and is commonly used for flexography and gravure free of residual solvent odour. It has an average particle size of 11 microns and a minimum water coverage of 30,000 cm2/g. view less | |
| STANLUX® Paste 280 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 280 is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid. STANLUX® Paste 280 is specially recommended for high grade printing inks and is commonly used for aerosol spray decorative paints, flexographic ...view more STANLUX® Paste 280 is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid. STANLUX® Paste 280 is specially recommended for high grade printing inks and is commonly used for aerosol spray decorative paints, flexographic and gravure printing inks that require aluminium pigment with a high metallic effect. It has an average particle size of 12 microns and a minimum water coverage of 34,000 cm2/g. view less | |
| STANLUX® Paste 290 60EA | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 290 60EA is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid and is suitable with solvent for high grade printing inksthat require low odour property. STANLUX® Paste 290 60EA is specially recommended f...view more STANLUX® Paste 290 60EA is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid and is suitable with solvent for high grade printing inksthat require low odour property. STANLUX® Paste 290 60EA is specially recommended for printing inks and is commonly used for flexography and gravure free of residual solvent odour. It has an average particle size of 9 microns and a minimum water coverage of 45,000 cm2/g. view less | |
| STANLUX® Paste 290 60MO | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 290 60MO is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid and is formulated for high-grade offset printing inks. STANLUX® Paste 290 60MO is specially recommended for printing inks and is commonly u...view more STANLUX® Paste 290 60MO is a leafing type aluminum paste made of fine lamellar particles covered with stearic acid and is formulated for high-grade offset printing inks. STANLUX® Paste 290 60MO is specially recommended for printing inks and is commonly used for offset printing ink free of residual solvent odour. It has an average particle size of 9 microns and a minimum water coverage of 45,000 cm2/g. view less | |
| STANLUX® Paste 340 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 340 is a leafing type aluminum paste made of coarse lamellar particles covered with stearic acid that provide a reflection effect or barrier protection. STANLUX® Paste 340 is specially recommended for printing inks and is commonly used for ...view more STANLUX® Paste 340 is a leafing type aluminum paste made of coarse lamellar particles covered with stearic acid that provide a reflection effect or barrier protection. STANLUX® Paste 340 is specially recommended for printing inks and is commonly used for maintenance, protective and marine coatings, and roof coatings. It has an average particle size of 21 microns and a minimum water coverage of 9,000 cm2/g. view less | |
| STANLUX® Paste 340N | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Paste 340N is a leafing type aluminum paste made of coarse lamellar particles covered with stearic acid that provide a reflective effect. STANLUX® Paste 340N is specially recommended for application in formulations based on resins that are incomp...view more STANLUX® Paste 340N is a leafing type aluminum paste made of coarse lamellar particles covered with stearic acid that provide a reflective effect. STANLUX® Paste 340N is specially recommended for application in formulations based on resins that are incompatible with aliphatic solvents and is commonly used for maintenance, protective, marine, and roof coatings. It has an average particle size of 21 microns and a minimum water coverage of 9,000 cm2/g. view less | |
| STANLUX® Pell Gold 130 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Pell Gold 130 is a fine bronze powder pigment in pellet form, that disperses in solvents like ethyl acetate or ethyl alcohol and eliminates dust during handling. It has an average particle size of 16 microns and provides opacity and gloss to appl...view more STANLUX® Pell Gold 130 is a fine bronze powder pigment in pellet form, that disperses in solvents like ethyl acetate or ethyl alcohol and eliminates dust during handling. It has an average particle size of 16 microns and provides opacity and gloss to applied systems. STANLUX® Pell Gold 130 is available is several shades and is recommended for use in flexographic and gravure printing inks. view less | |
| STANLUX® Pell Gold 131 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Pell Gold 131 is a fine bronze powder pigment in pellet form, that disperses in solvents like ethyl acetate or ethyl alcohol and eliminates dust during handling. It has an average particle size of 16 microns and provides opacity and gloss to appl...view more STANLUX® Pell Gold 131 is a fine bronze powder pigment in pellet form, that disperses in solvents like ethyl acetate or ethyl alcohol and eliminates dust during handling. It has an average particle size of 16 microns and provides opacity and gloss to applied systems. STANLUX® Pell Gold 130 is recommended for use in flexographic and gravure printing inks. view less | |
| STANLUX® Silver 2210 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Silver 2210 is a non-leafing type aluminium pigment with coarse lamellar particles that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 2210 has an a...view more STANLUX® Silver 2210 is a non-leafing type aluminium pigment with coarse lamellar particles that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 2210 has an average particle size of 60 microns and can be used in auto parts paints, automotive paints (original and refinish), and plastic coatings. view less | |
| STANLUX® Silver 2240 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Silver 2240 is a non-leafing type aluminium pigment with coarse lamellar particles that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 2240 has an a...view more STANLUX® Silver 2240 is a non-leafing type aluminium pigment with coarse lamellar particles that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 2240 has an average particle size of 40 microns and can be used in auto parts paints, automotive paints (original and refinish), and plastic coatings. view less | |
| STANLUX® Silver 3201 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Silver 3201 is a non-leafing type aluminium pigment with narrowly curved lamellar particle distribution that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX®...view more STANLUX® Silver 3201 is a non-leafing type aluminium pigment with narrowly curved lamellar particle distribution that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 3201 has an average particle size of 29 microns and can be used in auto parts paints, automotive paints (original and refinish), plastic coatings, and printing inks. view less | |
| STANLUX® Silver 3301 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Silver 3301 is a non-leafing type aluminium pigment with narrowly curved lamellar particle distribution that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX®...view more STANLUX® Silver 3301 is a non-leafing type aluminium pigment with narrowly curved lamellar particle distribution that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 3301 has an average particle size of 28 microns and can be used in auto parts paints, automotive paints (original and refinish), plastic coatings, and printing inks. view less | |
| STANLUX® Silver 3501 | Aldoro Indústria de Pós e Pigmentos Metálicos Ltda | STANLUX® Silver 3501 is a non-leafing type aluminium pigment with narrowly curved lamellar particle distribution that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX®...view more STANLUX® Silver 3501 is a non-leafing type aluminium pigment with narrowly curved lamellar particle distribution that presents a metallic effect and is recommended in formulations that require a coarse aluminium pigment with high metallic effect. STANLUX® Silver 3501 has an average particle size of 24 microns and can be used in auto parts paints, automotive paints (original and refinish), plastic coatings, and printing inks. view less |
