Additives
Tyzor®, Unilink®, Clearlink®- a versatile portfolio of adhesion promotors, catalysts, and chain extenders
Tyzor® organic titanates and zirconates as well as Unilink® and Clearlink® chain extenders are used in a variety of different applications, such as catalysts in chemical synthesis and production processes for esterification, transesterification, (poly)condensation, (poly)addition, and olefin polymerization reactions, as catalysts, curing agents, and adhesion promoters in industrial and glass coatings, printing inks, silicone sealants, glues, as well as oil field fracturing, as chain extenders in polyurethane and polyurea elastomers and coatings, and as inorganic binder in ceramics and nanotechnology applications.
Product Overview:
| Products | Composition | Application |
|---|---|---|
| Tyzor® 795 | Titanium complex formulation | Tyzor® 795 is designed for use in RTV-1 silicone sealants, MS polymer sealants, and other silicone sealants. Tyzor® 795 gives very good adhesion, achieves a wide range of tack free time and provides a good balance in tack free time and in-depth cure. The curing profile is comparable to certain tin catalysts. |
| Tyzor® 9000 | Reactive organic alkoxy titanate | Tyzor® 9000 acts as a Lewis acid catalyst in esterification, transesterification, (poly)condensation, and (poly)addition reactions to produce (meth-)acrylic esters, polyesters, plasticizers, polyurethanes, epoxy system components and related compounds. |
Tyzor® AA-65 Tyzor® AA-75 Tyzor® AA-105 | Titanium chelate with acetylacetonate | Tyzor® AA series provide excellent crosslinking and adhesion promotion for solvent-based printing inks such as those based on nitrocellulose. In coating applications, glass and metal substrates, as well as fillers and pigments can be treated with Tyzor® hardness, promote adhesion, enhance resistance to scratches and corrosion, add coloring effects, improve heat and light reflection. In addition, Tyzor® AA series can be applied as catalysts for esterification, transesterification, (poly)condensation and (poly)addition reactions. |
| Tyzor® BTP | n-Butyl polytitanate | Tyzor® BTP crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions. It releases a lower amount of volatile organic compounds (VOC) compared with many other Tyzor® products. |
| Tyzor® ET | Reactive tetra-ethyl titanate | Tyzor® ET promotes adhesion in paints and coatings, crosslinks OH- and COOH-functional polymers and binders, and acts as Lewis acid catalyst for (poly)condensation and (poly)addition reactions. It offers the highest TiO2 content in the Tyzor® product line. |
| Tyzor® IAM | Titanium-based phosphate complex | Tyzor® IAM improves adhesion promotion and crosslinking properties of solvent-borne printing inks resulting in improved water, solvent, and heat resistance and provides high effectiveness even at low dosages. |
| Tyzor®IBAY | Titanium ethyl acetoacetate complex | Tyzor® IBAY promotes adhesion and crosslinks RTV-1 silicone sealants, as well as silanol end-capped polymers, functional polymers, and binders used in paint and coating applications. |
| Tyzor® KE-6 | Titanium ethyl acetoacetate complex | Tyzor® KE-6 is particularly well-suited to increase cure rates, crosslink silanes and promote adhesion in silicones such as RTV-1 silicone sealants and silanol end-capped polymers. It is also used as catalyst in processes such as esterification, transesterification, (poly)addition, (poly)condensation and similar reactions. |
| Tyzor® LA | Water-based, hydrolytically stable chelated titanium solution | Tyzor® LA catalyzes polymerization reactions and crosslinks binders in OH-functional water-based paints, and coatings, as well as dispersions of guar and its derivatives used in oil fracturing applications. |
| Tyzor® NBZ | Highly reactive organic alkoxy zirconate | Tyzor® NBZ crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions as well as in the synthesis of polyolefins, such as polyethylene, polypropylene, and others. |
| Tyzor® NPZ | Highly reactive organic alkoxy zirconate | Tyzor® NPZ crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions as well as in the synthesis of polyolefins, such as polyethylene, polypropylene, and others. |
| Tyzor® OGT | Highly reactive organic alkoxy titanate | Tyzor® OGT crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as Lewis acid catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions. |
| Tyzor® PITA | Titanium ethyl acetoacetate complex | Tyzor® PITA catalyzes and crosslinks silicone sealants and adhesives as well as silanol end-capped polymers, functional polymers, and binders used in paint and coating applications. |
| Tyzor® PITA-SM | Mixture of titanium ethyl acetoacetate complex and methyl-trimethoxy silane | Tyzor® PITA-SM catalyzes and crosslinks silicone sealants and adhesives as well as silanol end-capped polymers, functional polymers, and binders used in paint and coating applications. |
| Tyzor® TE | Triethanolamine titanium complex | Tyzor® TE crosslinks carbohydrate-coated latex particles for highly viscous thixotropic paints as well as dispersions of guar and its derivatives to form high-viscosity aqueous gels used in oil fracturing applications, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions. |
| Tyzor® TnBT | Highly reactive tetra-n-butyl titanate | Tyzor® TnBT promotes adhesion in paints and coatings, crosslinks OH-functional polymers and binders, as well as, acts as Lewis acid catalyst for (poly)condensation and (poly)addition reactions and Ziegler-Natta catalyst for polymerizations. |
| Tyzor® TOT | Reactive tetra-2-ethylhexyl titanate | Tyzor® TOT promotes adhesion in paints and coatings, crosslinks OH- and COOH-functional polymers and binders, as well as catalyzes (poly)condensation and (poly)addition reactions. |
| Tyzor® TPT | Highly reactive tetra-isopropyl titanate | Tyzor® TPT promotes adhesion in paints and coatings, crosslinks OH- and COOH-functional polymers and binders, as well as promotes Ziegler-Natta catalysis for olefin polymerization and catalyzes (poly)condensation and (poly)addition reactions. |
| Tyzor® TPT-20B | Mixture of tetra-isopropyl titanate and tetra-n-butyl titanate | Tyzor® TPT-20B promotes adhesion in paints and coatings, crosslinks OH-functional polymers and binders, promotes Ziegler-Natta catalysis for olefin polymerization and catalyzes (poly)condensation and (poly)addition reactions. |
| Unilink® 1030 | Reactive proprietary liquid zirconium chelate dissolved in a reactive diol | Unilink® 1030 is designed for use in polyurethane elastomers. It provides delayed open times in polyester polyol elastomers, and because the diol solvent reacts into the polyurethane it leaves no residue. Unilink® 1030 is selective towards the gelling reaction, generating very low water reactivity, and low color makes it particularly suitable for color-critical formulations. |
| Unilink® 2130 | Catalyst blend containing proprietary titanium chelates | Unilink® 2130 is a polyurethane gelling catalyst designed for filled and unfilled MDI-based elastomers and coatings. Unilink® 2130 exhibits excellent gel-time stability when blended with the polyol side of the formulation. It is suitable only for formulations containing low levels of secondary alcohols and should not be used with non-ethyleneoxide-capped polypropyleneglycol polyols and similar formulations. |
| Unilink® 2200 | Proprietary titanium chelate | Unilink® 2200 is a polyurethane gelling catalyst designed for filled and unfilled MDI-based elastomers and coatings. Unilink® 2130 exhibits excellent gel-time stability when blended with the polyol side of the formulation. It is suitable only for formulations containing low levels of secondary alcohols and should not be used with non-ethyleneoxide-capped polypropyleneglycol polyols and similar formulations. |
| Unilink® 2500 | Proprietary titanium chelate | Unilink® 2500 is a polyurethane gelling catalyst designed for filled and unfilled MDI-based elastomers and coatings. It is designed for use with castor oil, polybutadiene polyols or polyether polyol systems requiring short gel times. Unilink® 2500 exhibits excellent gel-time stability when blended with the polyol side of the formulation. It is suitable only for formulations containing low levels of secondary alcohols and should not be used with non-ethyleneoxide-capped polypropyleneglycol polyols and similar formulations. |
| Unilink® 4200 | Multifunctional aromatic diamine chain extender | UNILINK® 4200 is a multifunctional chain extender for polyurethane and polyurea systems such as flexible and rigid foams, coatings, adhesives, and elastomers. Thanks to relatively low reactivity, UNILINK® 4200 can be used in TDI or MDI formulations, and cross-linking can be controlled by adding higher functioning polyols. |
| Clearlink® 1000 | Aliphatic diamine chain extender | Clearlink® 1000 is an aliphatic diamine chain extender with a reactivity substantially lower than other commercially available aliphatic diamines. Clearlink® 1000 allows the processing of aliphatic isocyanates to produce tough, light-stable polyurethane and polyurea coatings by conventional spray techniques. |
adbesion-promoters.pdf
LUVOMAXX® Silanes – Broad Portfolio of Multi-functional Agents for Coatings, Adhesives, Sealants, as well as, Building and Construction Materials
LUVOMAXX® silanes are functional organosilanes that are broadly applicable as adhesion promotors to a broad range of different polymers and resin technologies in order to improve wet and dry adhesion on multiple (inorganic) substrates, in particularly those, that offer OH-functional surfaces. LUVOMAXX® silanes do not only interact at the interface polymer/substrate but are also used as coupling agents to improve the reinforcement of fillers within polymeric matrices by the formation of covalent linkages between the polymer system and OH-functional fillers.
Additionally, LUVOMAXX® silanes are typically applied as moisture-catalyzed crosslinkers in (reactive) coating, adhesive, and sealant systems, particularly those based on polyurethanes, silicones, and MS polymers in order to improve mechanical and chemical properties such as increased tensile strength, advanced elastic modulus, improved scratch, abrasion, and notch impact resistance, as well as, better resistance to organic solvents, heat, or UV rays. Due to its selective reactivity, LUVOMAXX silanes (particularly amino-functional ones) can be also used to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers.
Furthermore, LUVOMAXX® silanes are used as hydrophobing agents in order to achieve mass hydrophobing and water-proofing, water repellency, as well as, improved moisture and corrosion resistance in building and construction materials or as water-scavenger and drying agent in moisture-sensitive and moisture-cured formulations such as hybrid systems based on silan-terminated polymers.
Product overview:
| Products | Description | Application |
|---|---|---|
| LUVOMAXX® AMINOSIL | 3-Aminopropyltriethoxysilane | LUVOMAXX® AMINOSIL is an amino-functional silane used as adhesion promoter in coatings, casting resins, adhesives, sealants, and elastomers based on polysulfides, urethanes, RTV silicones, epoxies, nitriles, phenolics, and polybutylene terephthalates amongst others in order to improve wet and dry adhesion to multiple (inorganic) substrates and the reinforcement of particularly OH-functional fillers within the polymeric matrixes. Further, LUVOMAXX® AMINOSIL is used as a moisture-catalyzed crosslinker to advance the mechanical and chemical properties of polymer systems or to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers. |
| LUVOMAXX® AMINOSIL M | 3-Aminopropyltrimethoxysilane | LUVOMAXX® AMINOSIL M is an amino-functional silane used as adhesion promoter in coatings, casting resins, adhesives, sealants, and elastomers based on polysulfides, urethanes, RTV silicones, epoxies, nitriles, phenolics, and polybutylene terephthalates amongst others in order to improve wet and dry adhesion to multiple (inorganic) substrates and the reinforcement of particularly OH-functional fillers within the polymeric matrixes. Further, LUVOMAXX® AMINOSIL M is used as a moisture-catalyzed crosslinker to advance the mechanical and chemical properties of polymer systems or to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers. |
| LUVOMAXX® AMINOSIL EDA | [3-(2-Aminoethyl)amino-propyl]trimethoxysilane | LUVOMAXX® AMINOSIL EDA is an amino-functional silane used as adhesion promoter in coatings, casting resins, adhesives, sealants, and elastomers based on polysulfides, urethanes, RTV silicones, epoxies, nitriles, phenolics, and polybutylene terephthalates amongst others in order to improve wet and dry adhesion to multiple (inorganic) substrates and the reinforcement of particularly OH-functional fillers within the polymeric matrixes. Further, LUVOMAXX® AMINOSIL EDA is used as a moisture-catalyzed crosslinker to advance the mechanical and chemical properties of polymer systems or to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers. |
| LUVOMAXX® EPOXYSIL | 3-Glycidyloxypropyltrimethoxysilane | LUVOMAXX® EPOXYSIL is an epoxy-functional silane used as adhesion promoter in polyurethane, epoxy, polysulfide, silicone, and acrylic caulks, coatings, adhesives, and sealants in order to improve wet and dry adhesion to multiple (inorganic, particularly glass) substrates. |
| LUVOMAXX® METHASIL | 3-Methacryloxypropyltrimethoxysilane | LUVOMAXX® METHASIL is used as polymer grafting unit in the preparation of polymers in association with other monomers like vinyl acetate, acrylic acid and methyl acrylic acid used in coatings, adhesives and sealants in order to provide excellent adhesion and durability. Furthermore, LUVOMAXX® METHASIL is applied as adhesion promoter and coupling agent to improve the reinforcement of fillers within the polymeric matrices. |
| LUVOMAXX® OCTASIL | Triethoxy-n-octylsilane | LUVOMAXX® OCTASIL is used as hydrophobing agent and surface modifier for a variety of inorganic surfaces such as glass, glass fibres, mineral wool, silica, clay, mica, ATH and other hydroxides. Furthermore, LUVOMAXX® OCTASIL is applied as adhesion promoter and coupling agent that can physically interact via its non-polar alkyl chains with corresponding polymers in order to improve the reinforcement of fillers within the polymeric matrices. |
Further products can be made available on request.
luvomaxx®-silanes.pdf
K-WHITE® Anti-corrosive Pigments for Solvent-borne, Water-borne, as well as Powder Coatings
The TAYCA Corporation has been working in the research and development of specialized phosphate materials for many years and has succeeded in the production and commercialization of K-WHITE®. The K-WHITE® range of products are all based on the unique properties and chemistry of Aluminum Triphosphate (AlH2P3O10· 2 H2O) and technology has been pioneered by the TAYCA Corporation throughout the world. A comprehensive range of grades is available to meet the demands of the particular systems into which K-WHITE® products are incorporated.
Product overview:
| Products | Description | Application |
|---|---|---|
| K-WHITE® 82 | K-WHITE® 82 is a standard grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc and silica with particular focus on solvent-borne applications. | K-WHITE® 82 provides excellent anti-corrosive properties for solvent-borne coatings based on long, medium, and short oil alkyds as well as epoxy and polyester resins or chlorinated rubber particularly when applied over steel. This anti-corrosive pigment is also suitable for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® 84 | K-WHITE® 84 is a standard grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc and silica for application in both solvent-borne as well as water-borne coatings. | K-WHITE® 84 provides excellent anti-corrosive properties for solvent-borne coatings based on long, and medium oil alkyds, epoxy and polyester resins as well as water-borne coatings based on water-soluble alkyd resins, epoxy resins and epoxy ester dispersions, as well as vinyl acrylic copolymers particularly when applied over steel. This anti-corrosive pigment is also suitable for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® 84S | K-WHITE® 84S is a standard grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc and silica with particular focus on water-borne applications. | K-WHITE® 84S provides excellent anti-corrosive properties for water-borne coatings based on water-soluble alkyd resins, water-borne epoxy resins, epoxy ester dispersions, acrylic emulsions, and vinyl acrylic copolymers particularly when applied over steel. This anti-corrosive pigment is also suitable for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® 105 | K-WHITE® 105 is a micronized grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc for application in solvent-borne, water-borne, as well as powder coatings. | K-WHITE® 105 provides excellent anti-corrosive properties for solvent-borne coatings based on long, medium, and short oil alkyds, epoxy and polyester resins or chlorinated rubber as well as water-borne coatings based on water-soluble alkyd resins, epoxy resins and epoxy ester dispersions, as well as vinyl acrylic copolymers particularly when applied over steel. This anti-corrosive pigment is also highly recommended for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® 105S | K-WHITE® 105S is a micronized grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc for application in solvent-borne, water-borne, as well as powder coatings. | K-WHITE® 105S provides excellent anti-corrosive properties for solvent-borne coatings based on long, medium, and short oil alkyds, epoxy and polyester resins or chlorinated rubber as well as water-borne coatings based on water-soluble alkyd resins, epoxy resins and epoxy ester dispersions, as well as vinyl acrylic copolymers particularly when applied over steel. This anti-corrosive pigment is also highly recommended for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® G105 | K-WHITE® G105 is a zinc-free, micronized grade anti-corrosive pigment based on aluminum triphosphate and modified by magnesium with particular focus on solvent-borne applications as well as powder coatings. | K-WHITE® G105 provides excellent anti-corrosive properties for solvent-borne coatings based on short oil alkyds, epoxy and polyester as well as powder coatings based on epoxy and polyester resins particularly when applied over zinc galvanized steel, aluminum or magnesium alloys. |
| K-WHITE® 108 | K-WHITE® 108 is a micronized grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc with particular focus on solvent-borne applications as well as powder coatings. | K-WHITE® 108 provides excellent anti-corrosive properties for solvent-borne coatings based on long, medium, and short oil alkyds, epoxy and polyester resins as well as powder coating applications based on epoxy or polyester resins particularly when applied over steel or aluminum. This anti-corrosive pigment is also highly recommended for water-borne coatings based water-borne epoxy resins. |
| K-WHITE® G110 | K-WHITE® G110 is a zinc-free, micronized grade anti-corrosive pigment based on aluminum triphosphate and modified by magnesium with particular focus on solvent-borne applications as well as powder coatings. | K-WHITE® G110 provides excellent anti-corrosive properties for solvent-borne coatings based on short oil alkyds, epoxy and polyester as well as powder coatings based on epoxy and polyester resins particularly when applied over zinc galvanized steel, aluminum or magnesium alloys. |
| K-WHITE® 140W | K-WHITE® 140W is a micronized grade anti-corrosive pigment based on aluminum triphosphate and modified by zinc with particular focus on water-borne applications. | K-WHITE® 140W provides excellent anti-corrosive properties for water-borne coatings based on water-soluble alkyd resins, water-borne epoxy resins, and acrylic emulsions particularly when applied over conventional or zinc galvanized steel. This anti-corrosive pigment is also suitable for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® ZF150W | K-WHITE® ZF150W is a zinc-free anti-corrosive pigment based on aluminum triphosphate and modified by calcium and magnesium for application in solvent-borne, water-borne, as well as powder coatings. | K-WHITE® ZF150W provides excellent anti-corrosive properties for solvent-borne coatings based on long, medium, and short oil alkyds, epoxy and polyester resins or chlorinated rubber as well as water-borne coatings based on water-soluble alkyd resins and acrylic emulsions when applied over steel. This anti-corrosive pigment is also suitable for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® 450H | K-WHITE® 450H is a zinc-free standard grade anti-corrosive pigment based on aluminum triphosphate and modified by magnesium with particular focus on water-borne applications. | K-WHITE® 450H provides excellent anti-corrosive properties for water-borne coatings based on acrylic emulsions and vinyl acrylic copolymers particularly when applied over zinc galvanized steel. This anti-corrosive pigment is also suitable for powder coating applications based on epoxy or polyester resins. |
| K-WHITE® CZ610 | K-WHITE® CZ610 is a standard grade anti-corrosive pigment based on aluminum triphosphate and modified by calcium for application in solvent-borne, water-borne, as well as powder coatings. | K-WHITE® CZ610 provides excellent anti-corrosive properties for solvent-borne coatings based on long, medium, and short oil alkyds, epoxy and polyester resins or chlorinated rubber as well as water-borne coatings based on water-soluble alkyd resins as well as epoxy and acrylic emulsions when applied over cold rolled steel. |
| K-WHITE® Ca650 | K-WHITE® Ca650 is a zinc-free standard grade anti-corrosive pigment based on aluminum triphosphate and modified by calcium with particular focus on solvent-borne applications and powder coatings. | K-WHITE® Ca650 provides excellent anti-corrosive properties in conjunction with epoxy and polyester resins for both solvent-borne as well as powder coatings particularly when applied over zinc galvanized steel. This anti-corrosive pigment is also suitable for water-borne coating applications based on a broad variety of commonly used resin technologies. |
| K-WHITE® TC720 | K-WHITE® TC720 is a zinc-free standard grade anti-corrosive pigment based on a silica and magnesium compound for application in solvent-borne, water-borne, as well as powder coatings. | K-WHITE® TC720 provides excellent anti-corrosive properties in conjunction with epoxy and polyester resins for both solvent-borne and powder coatings particularly as well as water-borne coatings based on epoxy resins, epoxy ester dispersions, and acrylic emulsions when applied over zinc, galvanized steel or magnesium alloys. |
| K-WHITE® G730 | K-WHITE® G730 is a zinc-free standard grade anti-corrosive pigment based on a silica and magnesium compound for application in solvent-borne coatings. | K-WHITE® G730 provides excellent anti-corrosive properties in conjunction with resins typically used for solvent-borne coil coating primer when applied over non-ferrous substrates, particularly zinc galvanized steel. |
| K-WHITE® G750 | K-WHITE® G750 is a zinc-free standard grade anti-corrosive pigment based on a silica and magnesium compound for application in solvent-borne coatings. | K-WHITE® G750 provides excellent anti-corrosive properties in conjunction with resins typically used for solvent-borne coil coating primer when applied over non-ferrous substrates, particularly zinc galvanized steel. |
Tyzor®, Unilink®, Clearlink®- a versatile portfolio of adhesion promotors, catalysts, and chain extenders
Tyzor® organic titanates and zirconates as well as Unilink® and Clearlink® chain extenders are used in a variety of different applications, such as catalysts in chemical synthesis and production processes for esterification, transesterification, (poly)condensation, (poly)addition, and olefin polymerization reactions, as catalysts, curing agents, and adhesion promoters in industrial and glass coatings, printing inks, silicone sealants, glues, as well as oil field fracturing, as chain extenders in polyurethane and polyurea elastomers and coatings, and as inorganic binder in ceramics and nanotechnology applications.
Product Overview:
| Products | Composition | Application |
|---|---|---|
| Tyzor® 795 | Titanium complex formulation | Tyzor® 795 is designed for use in RTV-1 silicone sealants, MS polymer sealants, and other silicone sealants. Tyzor® 795 gives very good adhesion, achieves a wide range of tack free time and provides a good balance in tack free time and in-depth cure. The curing profile is comparable to certain tin catalysts. |
| Tyzor® 9000 | Reactive organic alkoxy titanate | Tyzor® 9000 acts as a Lewis acid catalyst in esterification, transesterification, (poly)condensation, and (poly)addition reactions to produce (meth-)acrylic esters, polyesters, plasticizers, polyurethanes, epoxy system components and related compounds. |
Tyzor® AA-65 Tyzor® AA-75 Tyzor® AA-105 | Titanium chelate with acetylacetonate | Tyzor® AA series provide excellent crosslinking and adhesion promotion for solvent-based printing inks such as those based on nitrocellulose. In coating applications, glass and metal substrates, as well as fillers and pigments can be treated with Tyzor® hardness, promote adhesion, enhance resistance to scratches and corrosion, add coloring effects, improve heat and light reflection. In addition, Tyzor® AA series can be applied as catalysts for esterification, transesterification, (poly)condensation and (poly)addition reactions. |
| Tyzor® BTP | n-Butyl polytitanate | Tyzor® BTP crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions. It releases a lower amount of volatile organic compounds (VOC) compared with many other Tyzor® products. |
| Tyzor® ET | Reactive tetra-ethyl titanate | Tyzor® ET promotes adhesion in paints and coatings, crosslinks OH- and COOH-functional polymers and binders, and acts as Lewis acid catalyst for (poly)condensation and (poly)addition reactions. It offers the highest TiO2 content in the Tyzor® product line. |
| Tyzor® IAM | Titanium-based phosphate complex | Tyzor® IAM improves adhesion promotion and crosslinking properties of solvent-borne printing inks resulting in improved water, solvent, and heat resistance and provides high effectiveness even at low dosages. |
| Tyzor®IBAY | Titanium ethyl acetoacetate complex | Tyzor® IBAY promotes adhesion and crosslinks RTV-1 silicone sealants, as well as silanol end-capped polymers, functional polymers, and binders used in paint and coating applications. |
| Tyzor® KE-6 | Titanium ethyl acetoacetate complex | Tyzor® KE-6 is particularly well-suited to increase cure rates, crosslink silanes and promote adhesion in silicones such as RTV-1 silicone sealants and silanol end-capped polymers. It is also used as catalyst in processes such as esterification, transesterification, (poly)addition, (poly)condensation and similar reactions. |
| Tyzor® LA | Water-based, hydrolytically stable chelated titanium solution | Tyzor® LA catalyzes polymerization reactions and crosslinks binders in OH-functional water-based paints, and coatings, as well as dispersions of guar and its derivatives used in oil fracturing applications. |
| Tyzor® NBZ | Highly reactive organic alkoxy zirconate | Tyzor® NBZ crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions as well as in the synthesis of polyolefins, such as polyethylene, polypropylene, and others. |
| Tyzor® NPZ | Highly reactive organic alkoxy zirconate | Tyzor® NPZ crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions as well as in the synthesis of polyolefins, such as polyethylene, polypropylene, and others. |
| Tyzor® OGT | Highly reactive organic alkoxy titanate | Tyzor® OGT crosslinks and promotes adhesion for OH- and COOH-functional polymers and binders, and acts as Lewis acid catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions. |
| Tyzor® PITA | Titanium ethyl acetoacetate complex | Tyzor® PITA catalyzes and crosslinks silicone sealants and adhesives as well as silanol end-capped polymers, functional polymers, and binders used in paint and coating applications. |
| Tyzor® PITA-SM | Mixture of titanium ethyl acetoacetate complex and methyl-trimethoxy silane | Tyzor® PITA-SM catalyzes and crosslinks silicone sealants and adhesives as well as silanol end-capped polymers, functional polymers, and binders used in paint and coating applications. |
| Tyzor® TE | Triethanolamine titanium complex | Tyzor® TE crosslinks carbohydrate-coated latex particles for highly viscous thixotropic paints as well as dispersions of guar and its derivatives to form high-viscosity aqueous gels used in oil fracturing applications, and acts as catalyst for esterification, transesterification, (poly)condensation and (poly)addition reactions. |
| Tyzor® TnBT | Highly reactive tetra-n-butyl titanate | Tyzor® TnBT promotes adhesion in paints and coatings, crosslinks OH-functional polymers and binders, as well as, acts as Lewis acid catalyst for (poly)condensation and (poly)addition reactions and Ziegler-Natta catalyst for polymerizations. |
| Tyzor® TOT | Reactive tetra-2-ethylhexyl titanate | Tyzor® TOT promotes adhesion in paints and coatings, crosslinks OH- and COOH-functional polymers and binders, as well as catalyzes (poly)condensation and (poly)addition reactions. |
| Tyzor® TPT | Highly reactive tetra-isopropyl titanate | Tyzor® TPT promotes adhesion in paints and coatings, crosslinks OH- and COOH-functional polymers and binders, as well as promotes Ziegler-Natta catalysis for olefin polymerization and catalyzes (poly)condensation and (poly)addition reactions. |
| Tyzor® TPT-20B | Mixture of tetra-isopropyl titanate and tetra-n-butyl titanate | Tyzor® TPT-20B promotes adhesion in paints and coatings, crosslinks OH-functional polymers and binders, promotes Ziegler-Natta catalysis for olefin polymerization and catalyzes (poly)condensation and (poly)addition reactions. |
| Unilink® 1030 | Reactive proprietary liquid zirconium chelate dissolved in a reactive diol | Unilink® 1030 is designed for use in polyurethane elastomers. It provides delayed open times in polyester polyol elastomers, and because the diol solvent reacts into the polyurethane it leaves no residue. Unilink® 1030 is selective towards the gelling reaction, generating very low water reactivity, and low color makes it particularly suitable for color-critical formulations. |
| Unilink® 2130 | Catalyst blend containing proprietary titanium chelates | Unilink® 2130 is a polyurethane gelling catalyst designed for filled and unfilled MDI-based elastomers and coatings. Unilink® 2130 exhibits excellent gel-time stability when blended with the polyol side of the formulation. It is suitable only for formulations containing low levels of secondary alcohols and should not be used with non-ethyleneoxide-capped polypropyleneglycol polyols and similar formulations. |
| Unilink® 2200 | Proprietary titanium chelate | Unilink® 2200 is a polyurethane gelling catalyst designed for filled and unfilled MDI-based elastomers and coatings. Unilink® 2130 exhibits excellent gel-time stability when blended with the polyol side of the formulation. It is suitable only for formulations containing low levels of secondary alcohols and should not be used with non-ethyleneoxide-capped polypropyleneglycol polyols and similar formulations. |
| Unilink® 2500 | Proprietary titanium chelate | Unilink® 2500 is a polyurethane gelling catalyst designed for filled and unfilled MDI-based elastomers and coatings. It is designed for use with castor oil, polybutadiene polyols or polyether polyol systems requiring short gel times. Unilink® 2500 exhibits excellent gel-time stability when blended with the polyol side of the formulation. It is suitable only for formulations containing low levels of secondary alcohols and should not be used with non-ethyleneoxide-capped polypropyleneglycol polyols and similar formulations. |
| Unilink® 4200 | Multifunctional aromatic diamine chain extender | UNILINK® 4200 is a multifunctional chain extender for polyurethane and polyurea systems such as flexible and rigid foams, coatings, adhesives, and elastomers. Thanks to relatively low reactivity, UNILINK® 4200 can be used in TDI or MDI formulations, and cross-linking can be controlled by adding higher functioning polyols. |
| Clearlink® 1000 | Aliphatic diamine chain extender | Clearlink® 1000 is an aliphatic diamine chain extender with a reactivity substantially lower than other commercially available aliphatic diamines. Clearlink® 1000 allows the processing of aliphatic isocyanates to produce tough, light-stable polyurethane and polyurea coatings by conventional spray techniques. |
adbesion-promoters.pdf
LUVOMAXX® Silanes – Broad Portfolio of Multi-functional Agents for Coatings, Adhesives, Sealants, as well as, Building and Construction Materials
LUVOMAXX® silanes are functional organosilanes that are broadly applicable as adhesion promotors to a broad range of different polymers and resin technologies in order to improve wet and dry adhesion on multiple (inorganic) substrates, in particularly those, that offer OH-functional surfaces. LUVOMAXX® silanes do not only interact at the interface polymer/substrate but are also used as coupling agents to improve the reinforcement of fillers within polymeric matrices by the formation of covalent linkages between the polymer system and OH-functional fillers.
Additionally, LUVOMAXX® silanes are typically applied as moisture-catalyzed crosslinkers in (reactive) coating, adhesive, and sealant systems, particularly those based on polyurethanes, silicones, and MS polymers in order to improve mechanical and chemical properties such as increased tensile strength, advanced elastic modulus, improved scratch, abrasion, and notch impact resistance, as well as, better resistance to organic solvents, heat, or UV rays. Due to its selective reactivity, LUVOMAXX silanes (particularly amino-functional ones) can be also used to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers.
Furthermore, LUVOMAXX® silanes are used as hydrophobing agents in order to achieve mass hydrophobing and water-proofing, water repellency, as well as, improved moisture and corrosion resistance in building and construction materials or as water-scavenger and drying agent in moisture-sensitive and moisture-cured formulations such as hybrid systems based on silan-terminated polymers.
Product overview:
| Products | Description | Application |
|---|---|---|
| LUVOMAXX® ALKYLSILAN TEO | Tetraethoxysilane | LUVOMAXX® ALKYLSILAN TEO can be used as the main precursor material for the synthesis of zeolites and silicon dioxide typically used in semiconductor industry. Further, it is widely used as moisture-catalyzed crosslinker in polyurethanes, silicones, and MS polymers, as well as, in aerogel preparations. |
| LUVOMAXX® AMINOSIL | 3-Aminopropyltriethoxysilane | LUVOMAXX® AMINOSIL is an amino-functional silane used as adhesion promoter in coatings, casting resins, adhesives, sealants, and elastomers based on polysulfides, urethanes, RTV silicones, epoxies, nitriles, phenolics, and polybutylene terephthalates amongst others in order to improve wet and dry adhesion to multiple (inorganic) substrates and the reinforcement of particularly OH-functional fillers within the polymeric matrixes. Further, LUVOMAXX® AMINOSIL is used as a moisture-catalyzed crosslinker to advance the mechanical and chemical properties of polymer systems or to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers. |
| LUVOMAXX® AMINOSIL M | 3-Aminopropyltrimethoxysilane | LUVOMAXX® AMINOSIL M is an amino-functional silane used as adhesion promoter in coatings, casting resins, adhesives, sealants, and elastomers based on polysulfides, urethanes, RTV silicones, epoxies, nitriles, phenolics, and polybutylene terephthalates amongst others in order to improve wet and dry adhesion to multiple (inorganic) substrates and the reinforcement of particularly OH-functional fillers within the polymeric matrixes. Further, LUVOMAXX® AMINOSIL M is used as a moisture-catalyzed crosslinker to advance the mechanical and chemical properties of polymer systems or to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers. |
| LUVOMAXX® AMINOSIL EDA | [3-(2-Aminoethyl)amino-propyl]trimethoxysilane | LUVOMAXX® AMINOSIL EDA is an amino-functional silane used as adhesion promoter in coatings, casting resins, adhesives, sealants, and elastomers based on polysulfides, urethanes, RTV silicones, epoxies, nitriles, phenolics, and polybutylene terephthalates amongst others in order to improve wet and dry adhesion to multiple (inorganic) substrates and the reinforcement of particularly OH-functional fillers within the polymeric matrixes. Further, LUVOMAXX® AMINOSIL EDA is used as a moisture-catalyzed crosslinker to advance the mechanical and chemical properties of polymer systems or to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers. |
Further products can be made available on request.
luvomaxx®-silanes.pdf
Nacorr manufacturer: KING Industries
| Products | Description | Application |
|---|---|---|
| NACORR 1151 | Barium salt of dinonylnaphthalene sulphonic acid (DNNSA), (liquid) | Primarily for solvent-based systems, good binder compatibility |
| NACORR 1352 | Calcium salt of DNNSA (liquid) | Especially suitable for water-based formulations |
| NACORR 1551 NACORR 1552 | Zinc salt of DNNSA (liquid) | Especially for solvent-based systems, catalysed amino systems |
| NACORR 1651 NACORR 1652 | Magnesium salt of DNNSA (liquid) | Good compatibility with dispersions |
| NACORR 1754 | Ammonium salt of DNNSA (liquid) | Best compatibility with water-based systems without cosolvent |
| NACORR 4426 | Sodium salt of DNNSA, combined with polymer (liquid) | Waterborne resins based on emulsions |
| NACORR 4451 | Sodium salt of DNNSA, combined with DEEA and zinc polymer (liquid) | Corrosion protection post-additive |
| NACORR XR 6401 | Zinc salt of DNNSA (powder form) | Powder systems |
| NACORR XR 6402 | Calcium salt of DNNSA (powder form) | Powder systems |
| NACORR XR 7402 | Ammonium salt of DNNSA (liquid) | Water-based single-component systems |
LUVOMAXX® Silanes – Broad Portfolio of Multi-functional Agents for Coatings, Adhesives, Sealants, as well as, Building and Construction Materials
LUVOMAXX® silanes are functional organosilanes that are broadly applicable as adhesion promotors to a broad range of different polymers and resin technologies in order to improve wet and dry adhesion on multiple (inorganic) substrates, in particularly those, that offer OH-functional surfaces. LUVOMAXX® silanes do not only interact at the interface polymer/substrate but are also used as coupling agents to improve the reinforcement of fillers within polymeric matrices by the formation of covalent linkages between the polymer system and OH-functional fillers.
Additionally, LUVOMAXX® silanes are typically applied as moisture-catalyzed crosslinkers in (reactive) coating, adhesive, and sealant systems, particularly those based on polyurethanes, silicones, and MS polymers in order to improve mechanical and chemical properties such as increased tensile strength, advanced elastic modulus, improved scratch, abrasion, and notch impact resistance, as well as, better resistance to organic solvents, heat, or UV rays. Due to its selective reactivity, LUVOMAXX silanes (particularly amino-functional ones) can be also used to endcap amino-reactive polymers, e.g. isocyanate pre-polymers or epoxy-based polymers.
Furthermore, LUVOMAXX® silanes are used as hydrophobing agents in order to achieve mass hydrophobing and water-proofing, water repellency, as well as, improved moisture and corrosion resistance in building and construction materials or as water-scavenger and drying agent in moisture-sensitive and moisture-cured formulations such as hybrid systems based on silan-terminated polymers.
Product overview:
| Products | Description | Application |
|---|---|---|
| LUVOMAXX® OCTASIL | Triethoxy-n-octylsilane | LUVOMAXX® OCTASIL is used as hydrophobing agent and surface modifier for a variety of inorganic surfaces such as glass, glass fibres, mineral wool, silica, clay, mica, ATH and other hydroxides. Furthermore, LUVOMAXX® OCTASIL is applied as adhesion promoter and coupling agent that can physically interact via its non-polar alkyl chains with corresponding polymers in order to improve the reinforcement of fillers within the polymeric matrices. |
| LUVOMAXX® VINYLOSIL T102 | Triethoxyvinylsilane | Due to its pronounced tendency to hydrolyze rapidly, LUVOMAXX® VINYLOSIL T102 is used as water-scavenging and drying agent in moisture-sensitive and moisture-cured formulations such as hybrid systems based on silan-terminated polymers in order to improve the storage stability and to prevent the systems from undesired curing. |
| LUVOMAXX® VINYLOSIL T103 | Trimethoxyvinylsilane | Due to its pronounced tendency to hydrolyze rapidly, LUVOMAXX® VINYLOSIL T103 is used as water-scavenging and drying agent in moisture-sensitive and moisture-cured formulations such as hybrid systems based on silan-terminated polymers in order to improve the storage stability and to prevent the systems from undesired curing. |
Further products can be made available on request.
luvomaxx®-silanes-.pdf
LUVOFIL® TEC – Unique Class of Multi-purpose Functional Fillers
LUVOFIL® TEC comprises a portfolio of multi-purpose functional fillers based on the world’s first polymer foam with pores in the nanometer range. Produced based on a patent-protected process and foamed with a 100% climate-friendly blowing agent, an entirely new class of materials with a pore size reduction of the factor 1000 compared to conventional polymer foams is provided leading to a unique and multi-purpose performance profile.
Product overview:
| Products | Description | Particle Size D50 [µm] | Particle Size D100 [µm] | Application |
|---|---|---|---|---|
| LUVOFIL® TEC 50 | LUVOFIL® TEC 50 is a foamed, highly hydrophobic, thermoplastic polymer delivered as white powder with the lowest tamped density possible. | <15 | <50 | LUVOFIL® TEC 50 is used to achieve deep matting at highest transparency, anti-burnishing, mar, scratch, and scuff resistance, water repellency, water and chemical resistance, as well as water vapor permeability for water-based and solvent-free paints and coatings. Furthermore, LUVOFIL® TEC 50 is applied as matting and rheology control agent (fumed silica replacement) in SMP and silicone-based sealants. Applied as functional filler in cementitious and blow-in insulation systems as well as tile adhesives, LUVOFIL® TEC 50 offers weight reduction, thermal insulation and diffusion-open barrier properties. |
| LUVOFIL® TEC 300 | LUVOFIL® TEC 300 is a foamed, highly hydrophobic, thermoplastic polymer delivered as white powder with the lowest tamped density possible. | <300 | LUVOFIL® TEC 300 is used as functional filler in order to provide weight reduction, thermal insulation and diffusion-open barrier properties in cementitious and blow-in insulation systems as well as tile adhesives. Furthermore, LUVOFIL® TEC 300 is applied as liquid carrier for powder coatings, masterbatches, and compounding with the ability to absorb more than 600 w% liquid depending on its chemical nature, polarity and viscosity. | |
| LUVOFIL® TEC 1000 | LUVOFIL® TEC 1000 is a foamed, highly hydrophobic, thermoplastic polymer delivered as white powder with the lowest tamped density possible. | <1,000 | LUVOFIL® TEC 1000 is used as functional filler in order to provide weight reduction, thermal insulation and diffusion-open barrier properties in cementitious and blow-in insulation systems as well as tile adhesives. Furthermore, LUVOFIL® TEC 1000 is applied as liquid carrier for powder coatings, masterbatches, and compounding with the ability to absorb more than 600 w% liquid depending on its chemical nature, polarity and viscosity. |
luvofil®-tec-–-unique-class-of-multi-purpose-functional-fillers.pdf
DECOSPHAERA® Polyurethane Beads – Outstanding Transparent or Colorful Matting
Lamberti Chemical Specialties offers a large selection and range of aliphatic anionic polyurethane matting agents that impart functional properties (very low gloss), tactile effect and soft feel to water-based, solvent-borne, and solvent-free UV coatings. These matting agents are distinct polyurethane beads available in various form, range of particle sizes and colors. They contain no phthalates, no formaldehyde, no heavy metals and are also APEO-free and VOC-free.
DECOSPHAERA® polyurethane beads provide peak performance such as
- outstanding matting effects (free of silica and waxes)
- high transparency
- excellent abrasion and scratch resistance
- no burnishing
- soft touch
- uniform and smooth appearance
- variety of different colors (black, white, blue, brilliant red, brilliant yellow)
DECOSPHAERA® polyurethane beads can be easily used in combination with standard matting agents.
Product selection guide
Typical Properties1 of DECOSPHAERA® transparent series:
| Products | Particle Size D50 [µm] | Oil absorption [g/100g] | Tg [°C] | Application |
|---|---|---|---|---|
| DECOSPHAERA® 8 PC | 5 - 8 | 60 - 80 | ~ 38 | Fine, very hard beads. |
| DECOSPHAERA® 8-20 | 5 - 8 | 70 - 120 | ~ 58 | Soft, fine beads. |
| DECOSPHAERA® 8-20 HT | 5 - 8 | 70 - 120 | ~ 58 | Soft, fine beads. |
| DECOSPHAERA® 15 F | 11 - 15 | 70 - 120 | ~ 58 | Soft, medium beads. Soft touch and burnishing resistance, texturing effect. |
| DECOSPHAERA® 15 PC | 11 - 15 | 60 - 80 | ~ 38 | Very hard, medium beads. |
| DECOSPHAERA® 30 F | 22 - 30 | 70 - 120 | ~ 58 | Soft, coarse beads. |
1 Typical values, not for specification purposes
typical-properties1-of-decosphaera®-transparent-series:.pdf
Typical Properties1 of DECOSPHAERA® BIO series:
| Products | Particle Size D50 [µm] | Oil absorption [g/100g] | Tg [°C] | Application |
|---|---|---|---|---|
| DECOSPHAERA® BIO 8 TR | 5 - 8 | 60 - 110 | ~ 78 | 50% renewable solids. Fine, soft beads. |
1 Typical values, not for specification purposes
typical-properties1-of-decosphaera®-bio-series:.pdf
Typical Properties1 of DECOSPHAERA® colored series:
| Products | Particle Size D50 [µm] | Transparent | White | Black | Yellow | Red | Blue |
|---|---|---|---|---|---|---|---|
| DECOSPHAERA® 15 F | 11 - 15 | x | x | x | x | x | x |
| DECOSPHAERA® 30 F | 22 - 30 | x | x | x | |||
| DECOSPHAERA® 50-250 | 45 - 65 | x | x | x | x |
1 Typical values, not for specification purposes
typical-properties1-of-decosphaera®-colored-series:.pdf
Typical Applications for DECOSPHAERA® Polyurethane Beads
| End Use | Advantages |
|---|---|
| PVC floor and vinyl floor | Matting, slip control, waxy feeling, burnishing resistance |
| Wood coatings | Furniture: Matting, smooth surfaces, scratch resistance Parquet: Natural look, burnishing resistance, slip control |
| Wall and decorative paints | Deep matting, visual and tactile effects, good wet and dry burnishing resistance, high durability |
| UV systems | Deep matting, soft touch, burnishing resistance |
| Natural and artificial leather | Deep matting, high Taber values, chemical & thermal resistance, high hydrolysis resistance, absence of polishing before and after embossing process |
LUVOFIL® TEC – Unique Class of Multi-purpose Functional Fillers
LUVOFIL® TEC comprises a portfolio of multi-purpose functional fillers based on the world’s first polymer foam with pores in the nanometer range. Produced based on a patent-protected process and foamed with a 100% climate-friendly blowing agent, an entirely new class of materials with a pore size reduction of the factor 1000 compared to conventional polymer foams is provided leading to a unique and multi-purpose performance profile.
Product overview:
| Products | Description | Particle Size D50 [µm] | Particle Size D100 [µm] | Application |
|---|---|---|---|---|
| LUVOFIL® TEC 50 | LUVOFIL® TEC 50 is a foamed, highly hydrophobic, thermoplastic polymer delivered as white powder with the lowest tamped density possible. | <15 | <50 | LUVOFIL® TEC 50 is used to achieve deep matting at highest transparency, anti-burnishing, mar, scratch, and scuff resistance, water repellency, water and chemical resistance, as well as water vapor permeability for water-based and solvent-free paints and coatings. Furthermore, LUVOFIL® TEC 50 is applied as matting and rheology control agent (fumed silica replacement) in SMP and silicone-based sealants. Applied as functional filler in cementitious and blow-in insulation systems as well as tile adhesives, LUVOFIL® TEC 50 offers weight reduction, thermal insulation and diffusion-open barrier properties. |
luvofil®-tec-–-unique-class-of-multi-purpose-functional-fillers.pdf
Versatile portfolio of amino alcohols, nitroalkanes and derivatives thereof
As the world’s only company dedicated to nitroalkanes and their derivatives, ANGUS offers a proprietary range of chemistries and custom blends that can provide unique reactivity and performance attributes as intermediates, building blocks, solvents and formulating additives for numerous specialty applications, including:
- Architectural coatings
- Industrial and automotive coatings
- Epoxies, polyurethanes and other reactive chemistries
- Adhesives and sealants
- Building and construction
- Pigment slurries, dispersions and colorants
- Resins and emulsion polymerization
- Inks and overprint varnishes
- Household and industrial cleaning
- Chemical manufacturing and synthesis
- Metal removal fluids
- Metal cleaning fluids
- Metal forming fluids
- Metal stamping fluids
- Leather tanning
- Oil and gas exploration
Product overview:
| Products | Description | Application |
|---|---|---|
| AEPDTM VOX 1000 | AEPD™ VOX 1000 is a viscous, colorless to pale yellow liquid amino alcohol (Aminoethyl propanediol) that is fully miscible in water. | AEPD™ VOX 1000 is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. AEPD™ VOX 1000 is ideally suited for low-odor, low-VOC water-based architectural and industrial coatings applications. AEPDTM is also available as AEPD™ 85 (85% in aqueous solution). |
| AMP-75™ | AMP-75™ is a colorless liquid amino alcohol (75% Aminomethyl propanol in an aqueous solution) that is fully miscible in water. | AMP-75™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| AMP-90™ | AMP-90™ is a colorless liquid amino alcohol (90% Aminomethyl propanol in an aqueous solution) that is fully miscible in water. | AMP-90™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| AMP-95™ | AMP-95™ is a colorless liquid amino alcohol (95% Aminomethyl propanol in an aqueous solution) that is fully miscible in water. | AMP-95™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| AMP-REGULAR™ | AMP-REGULAR™ is a colorless liquid amino alcohol (Aminomethyl propanol, anhydrous) that is fully miscible in water. | AMP-REGULAR™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| DMAMP-80TM | DMAMP-80™ is a colorless to light brown liquid amino alcohol (80% Dimethylamino methylpropanol in an aqueous solution) that is fully miscible in water. | DMAMP-80TM is a multifunctional amino alcohol used as resin solubilizer, emulsifier, synthetic intermediate, or catalyst for urethanes, epoxies and other reactive system, as well as multifunctional additive in water-based formulations to provide pH control, dispersion and stabilization of pigments, and excellent vapor phase corrosion inhibition. A low-water-content DMAMP™ REGULAR is also available for use in applications sensitive to water. |
TRIS AMINOTM Crystals | TRIS AMINO™ Crystals is a white, solid (crystalline) amino alcohol (Tris(hydroxymethyl)aminomethane) that is partially soluble in water. | TRIS AMINOTM Crystals is a multifunctional amino alcohol with excellent environmental health and safety profile used as crosslinker, hardener and chain extender in epoxy resins, powder coatings, adhesives and other reactive chemistry applications, as well as high-efficiency formaldehyde scavenger in decorative paints and building and construction materials. |
| NIPAR S-10TM | NIPAR S-10™ is a HAPs-free (hazardous air pollutants), commercial-grade 1-nitropropane solvent with a low MIR (maximum incremental reactivity) value. | NIPAR S-10TM is a commercial-grade 1-nitropropane solvent as versatile thinner and solvent for aerosol paints, cellulose compounds and lacquers, vinyl resins for industrial coatings and printing inks, synthetic finish remover, and oil and spirit-soluble dyes of molded plastics. |
LUVOTIX® - Organic rheology additives for solvent-based and solvent-free systems
LUVOTIX® rheology additives are fine, micronized waxes that are mainly made from renewable raw materials. The powders are based on castor oil derivatives, fatty acid amides and polyolefins.
Depending on the polarity of the system, the products are incorporated directly in powdered form in a time and temperature-controlled dispersing process. In addition to the standard types that have proven themselves and have been tested for many years, rheology additives that are particularly easy to activate are available. These develop their full effectiveness even at low temperatures after shearing.
| Products | Description | Application |
|---|---|---|
| LUVOTIX® R | Castor oil derivative | LUVOTIX® R controls the rheology properties of low to medium polar liquid organic systems. It is used as a thickener, thixotropic or anti-settling agent in paints and coatings, adhesives, sealants and putties as well as in oils. LUVOTIX® R is used as a flow and levelling agent in powder coatings. |
| LUVOTIX® R-RF | Castor oil derivative, inorganically modified | LUVOTIX® R-RF is used as a thickener and thixotropic agent in low to medium polar liquid organic systems. It is easy dispersible, improves the formulations workability and has been primarily developed for putties. |
| LUVOTIX® ZR 50 | Castor oil derivative, inorganically modified | LUVOTIX® ZR50 controls the rheology properties of low polar solvent-based and solvent-free formulations, specifically in highly filled coatings, putties and sealants. |
| LUVOTIX® HT | Castor oil derivative, polyamide-modified | LUVOTIX® HT controls the rheology properties of low to medium polar liquid organic systems. It is used as a thickener, thixotropic or anti-settling agent in paints and coatings, adhesives, sealants and putties as well as in oils. In powder coating formulations, LUVOTIX® HT serves as a levelling agent. |
| LUVOTIX® HT-SF | Castor oil derivative, polyamide-modified | LUVOTIX® HT-SF describes the same application profile as LUVOTIX® HT with an easier activation. |
| LUVOTIX® ZH 5 | Castor oil derivative, polyamide-modified, with inorganic content | LUVOTIX® ZH5 controls the rheology properties of medium to higher polar solvent-based formulations. The material is free-flowing, easily dispersible and particularly suitable for highly filled systems. |
| LUVOTIX® ZH 50 | Castor oil derivative, polyamide-modified, with inorganic content | LUVOTIX® ZH50 controls the rheology properties of medium to higher polar liquid organic systems, specifically in highly filled formulations. |
| LUVOTIX® HP | Polyamide | LUVOTIX® HP is used in solvent-based and solvent-free medium to higher polar liquid organic systems. It is suitable as a thickener, thixotropic or anti-settling-agent in paints and coatings, adhesives, sealants, putties and other formulations. |
| LUVOTIX® AB | Blend of polyamides | LUVOTIX® AB is used in solvent-based and solvent-free medium polar liquid organic systems. Its optimum performance is achieved at process temperatures between 50 and 65°C. It is suitable for highly filled and gloss systems. It is used in paints and coatings, adhesives as well as in sealants, putties and other formulations. |
| LUVOTIX® SAB | Blend of polyamides | LUVOTIX® SAB is suitable as a rheology additive for many applications in solvent-based and solvent-free formulations. Its optimum performance is achieved at process temperatures in the range of approx. 50-70°C, depending on the polarities in the formulation. LUVOTIX® SAB optimizes the sag-control and anti-settling properties and is particularly recommended for glossy acrylate or polyester based systems. |
| LUVOTIX® PAB | Blend of polyamides | LUVOTIX® PAB is used as a rheology additive in solvent-based and solvent-free medium to higher polar organic systems. Its optimum performance is achieved at process temperatures above 55°C. LUVOTIX® PAB can be used in primers as well as in glossy top-coat systems. It is suitable for industrial coatings, corrosion protection coatings, adhesives, putties and sealants. |
| LUVOTIX® P 100-15 | Polyolefin | LUVOTIX® P100-15 is used to modify the flow behavior in medium to higher polar solvent-based and solvent-free formulations, especially as an efficient anti-settling agent. |
| LUVOTIX® VP031 | Polyolefin/Stearic acid | LUVOTIX® VP031 is used in solvent-based and solvent-free high-build coatings., adhesives and sealants. Due to its physical-chemical properties, LUVOTIX® VP031 is particularly easy to incorporate and activate. |
| LUVOTIX® LT1 | Blend of polyamides | LUVOTIX® LT1 can be activated at very low process temperatures, starting at 40°C. It is used in paints and coatings, adhesives and sealants, putties and other formulations. |
| LUVOTIX® TK1 | 2-pack-rheology additive | LUVOTIX® TK1 is used in situ in combination with crosslinker LUVOTIX® CL1. It is suitable for all systems independent of polarity. In topcoats, it is characterized by high gloss and transparency combined with excellent anti-sag properties. |
| LUVOTIX® CL1 | Amino-functional crosslinker | LUVOTIX® CL1 is used as a crosslinker combined in situ with LUVOTIX® TK1 in a mixing ratio 30:100. |
| LUVOTIX® P25X | Polyolefin paste, 25 % in Xylene | LUVOTIX® P25X is used as an anti-settling and sag-control agent in solvent-based formulations. It improves stabilization in zinc-rich primers. |
| LUVOTIX® R400 | Castor oil derivate | LUVOTIX® R400 is used in powder coatings as process additive and flow modifier. |
| LUVOTIX® HT400 | Castor oil derivate, polyamide modified | LUVOTIX® HT400 is used in powder coatings as process additive and flow modifier. |
luvotix®---organic-rheology-additives-for-solvent-based-and-solvent-free-systems.pdf
LUVOGEL® - Inorganic rheology additives for solvent-based and water-based systems
Naturally occurring and organically modified phyllosilicates from the LUVOGEL® series are used in water-based and solvent-based systems for rheology control. The powdered additives are incorporated directly at the beginning of the dispersing process or in form of pre-gels. Polar chemical activators are sometimes added to increase gel formation in solvent-based systems. Easily dispersible and self-activating LUVOGEL® additives enable fast and successful activation processes without the necessity to control the temperature.
| Products | Description | Application |
|---|---|---|
| LUVOGEL® 4 | Montmorillonite, organically modified | LUVOGEL® 4 is used as an anti-settling and sag-control agent in low to medium polar formulations such as industrial coatings, do-it-yourself-coatings, construction paints, primers, printing inks, adhesives and putties. The addition of a polar activator is recommended. |
| LUVOGEL® 4 B | Montmorillonite, organically modified | Compare LUVOGEL® 4 – LUVOGEL® 4B contains higher amount of organic component. |
| LUVOGEL® 7 | Montmorillonite, organically modified | LUVOGEL® 7 is used as an anti-settling and sag-control agent in low to medium polar formulations such as industrial coatings, do-it-yourself-coatings, construction paints, primers and printing inks. The addition of a polar activator is recommended. |
| LUVOGEL® SA 1 | Montmorillonite, organically modified | LUVOGEL® SA1 is used as a self-activating anti-settling agent and rheology additive in solvent-based formulations of a wide polarity range, e.g. in industrial coatings, DIY paints, architectural paints, primers or printing inks. |
| LUVOGEL® SA 10 | Montmorillonite, organically modified | LUVOGEL® SA10 is used as an anti-settling and sag-control agent in low polar aliphatic formulations. |
| LUVOGEL® ED | Montmorillonite, organically modified | LUVOGEL® ED creates a shear thinning flow profile with thixotropic properties and a slight viscosity increase in formulations. |
| LUVOGEL® G58 | Layered silicate, organically modified | LUVOGEL® G58 is mainly used as a rheological and anti-settle additive in unsaturated polyester resins, epoxy resins and vinyl esters, especially in styrene-containing and solvent-containing formulations of different polarity, but also in solvent-free epoxy resin systems. |
LUVOGEL® - Inorganic rheology additives for solvent-based and water-based systems
Naturally occurring and organically modified phyllosilicates from the LUVOGEL® series are used in water-based and solvent-based systems for rheology control. The powdered additives are incorporated directly at the beginning of the dispersing process or in form of pre-gels. Polar chemical activators are sometimes added to increase gel formation in solvent-based systems. Easily dispersible and self-activating LUVOGEL® additives enable fast and successful activation processes without the necessity to control the temperature.
| Products | Description | Application |
|---|---|---|
| LUVOGEL® W1 | Montmorillonite
| LUVOGEL® W1 is used in water-based formulations, e.g. adhesives, paints and coatings, cleaning agents, polishes, etc. It produces a pseudoplastic flow profile with thixotropic properties and improves settling behavior and flow control. |
| LUVOGEL® W3 | Montmorillonite
| LUVOGEL® W3 is used in water-based formulations, e.g. adhesives, paints and coatings, cleaning agents, polishes, etc. It produces a pseudoplastic flow profile with thixotropic properties and improves settling behavior and flow control. |
| LUVOGEL® AQ | Synthetic Hectorite | LUVOGEL® AQ is mainly used as a rheological additive in water-based formulations. The main areas of application are industrial coatings and automotive paints – OEM as well as After-Market. The products provide excellent stabilisation and orientation of effect pigments. |
| LUVOGEL® W2N | Synthetic Hectorite | LUVOGEL® W2N is mainly used as a rheological additive in water-based formulations. The main areas of application are industrial coatings and automotive paints – OEM as well as After-Market. The products provide excellent stabilisation and orientation of effect pigments. |
| LUVOGEL® WS1 | Synthetic hectorite | LUVOGEL® WS1 is a synthetic smectite clay modified by an inorganic sodium phosphate. It is used as a rheological additive in water-based formulations. |
| LUVOGEL® WS2 | Synthetic hectorite | LUVOGEL® WS2 is a synthetic smectite clay modified by an inorganic sodium phosphate. It is used as a rheological additive in water-based formulations. |
WOLLATROP® - Inorganic rheology additives for water-based systems
WOLLATROP® are hydrated and inverted ribbon silicates that are used as inorganic thickeners in water-based systems. The additives are particularly easy to incorporate into formulations thanks to their filamentous and flexible structure. Unlike classic phyllosilicates, WOLLATROP® products develop a stable structure immediately after incorporation, which leads to increased viscosity, especially in the low shear rate range. WOLLATROP® products are characterized by a high tolerance to changes in ionic strength and pH fluctuations.
| Product | Description | Application |
|---|---|---|
| WOLLATROP®-S | Ribbon silicates with fine fiber distribution | Preferred use in paints, varnishes and coatings. |
| WOLLATROP®-SE | Ribbon silicates with fine fiber distribution | Preferred use in paints, varnishes and coatings. |
| WOLLATROP®-M | Absorbent filler based on ribbon silicates | Application as rheology additive in construction chemical products such as mortars, construction and tile adhesives, fillers and filling compounds, but also high build coatings and wall or facade paints. Particularly suitable for use at high temperature. |
| WOLLATROP®-LV | Silicate fibers, organically modified | Preferred use in water-based coatings with low to medium layer thickness as well as in construction chemical products, such as adhesives or plasters. |
| WOLLATROP®-S/240 | Silicate hybrid | WOLLATROP®-S/240 is an economical rheology additive. It can be used as a multifunctional rheology additive in construction chemical products or high build coatings that require micro-reinforcement or crack bridging in addition to rheological adjustment. |
Versatile portfolio of amino alcohols, nitroalkanes and derivatives thereof
As the world’s only company dedicated to nitroalkanes and their derivatives, ANGUS offers a proprietary range of chemistries and custom blends that can provide unique reactivity and performance attributes as intermediates, building blocks, solvents and formulating additives for numerous specialty applications, including:
- Architectural coatings
- Industrial and automotive coatings
- Epoxies, polyurethanes and other reactive chemistries
- Adhesives and sealants
- Building and construction
- Pigment slurries, dispersions and colorants
- Resins and emulsion polymerization
- Inks and overprint varnishes
- Household and industrial cleaning
- Chemical manufacturing and synthesis
- Metal removal fluids
- Metal cleaning fluids
- Metal forming fluids
- Metal stamping fluids
- Leather tanning
- Oil and gas exploration
Product overview:
| Products | Description | Application |
|---|---|---|
| AEPDTM VOX 1000 | AEPD™ VOX 1000 is a viscous, colorless to pale yellow liquid amino alcohol (Aminoethyl propanediol) that is fully miscible in water. | AEPD™ VOX 1000 is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. AEPD™ VOX 1000 is ideally suited for low-odor, low-VOC water-based architectural and industrial coatings applications. AEPDTM is also available as AEPD™ 85 (85% in aqueous solution). |
| AMP-75™ | AMP-75™ is a colorless liquid amino alcohol (75% Aminomethyl propanol in an aqueous solution) that is fully miscible in water. | AMP-75™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| AMP-90™ | AMP-90™ is a colorless liquid amino alcohol (90% Aminomethyl propanol in an aqueous solution) that is fully miscible in water. | AMP-90™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| AMP-95™ | AMP-95™ is a colorless liquid amino alcohol (95% Aminomethyl propanol in an aqueous solution) that is fully miscible in water. | AMP-95™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| AMP-REGULAR™ | AMP-REGULAR™ is a colorless liquid amino alcohol (Aminomethyl propanol, anhydrous) that is fully miscible in water. | AMP-REGULAR™ is a multifunctional amino alcohol used as compatibilizer and stabilizer for emulsions and water-based formulations, co-dispersant for pigments, extenders, and other slurry systems, as well as efficient neutralizer for acid-functional ingredients in a broad range of applications. |
| DMAMP-80TM | DMAMP-80™ is a colorless to light brown liquid amino alcohol (80% Dimethylamino methylpropanol in an aqueous solution) that is fully miscible in water. | DMAMP-80TM is a multifunctional amino alcohol used as resin solubilizer, emulsifier, synthetic intermediate, or catalyst for urethanes, epoxies and other reactive system, as well as multifunctional additive in water-based formulations to provide pH control, dispersion and stabilization of pigments, and excellent vapor phase corrosion inhibition. A low-water-content DMAMP™ REGULAR is also available for use in applications sensitive to water. |
| ALKATERGETM E | ALKATERGE™ E is a non-volatile, viscous liquid oxazoline that is fully miscible with mineral and vegetable oils as well as most organic solvents. | ALKATERGETM E is a non-volatile, oxazoline-based surface-active agent used as pigment grinding aid and pigment dispersant in mineral oil and resin vehicles, as well as dispersant for flatting agents in varnishes and enamels. |
wetting-and-dispersing-additives.pdf
FLUIJET® - Dispersing Agents for Water-based Digital Printing Inks
Lamberti Chemical Specialties does not only utilize its broad experience in polyurethane chemistry in order to develop and offer a comprehensive portfolio of water-based polyurethane dispersions but also to provide a specialized portfolio of dispersing agents to particularly address the high-quality needs of water-based digital printing inks.
The FLUIJET® dispersing agent range is characterized by a distinct compatibility with water and polar organic solvents, as well as, excellent dispersing and stabilizing properties for inorganic and organic (particularly CYMK) pigments resulting in strong reduction of mill base viscosity, excellent printability and storage stability, and outstanding coloristic properties of the pigment concentrates and formulated inks.
Product overview:
| Products | Description | Application |
|---|---|---|
| FLUIJET® 1725 | FLUIJET® 1725 is a dispersing and stabilizing agent based on an anionic polymer for organic and inorganic pigments as well as sublimation/disperse dyes in water-based systems. | FLUIJET® 1725 is a universal polymeric dispersant able to disperse organic and inorganic pigments in water and/or water-based systems (water-glycol or water-alcohol systems) as well as disperse dyes for sublimation applications. It provides high milling efficiency, outstanding pigments/dyes wettability, and low viscosity dispersions, as well as, prevents pigments/dyes flocculation upon storage by means of good steric stabilization. |
| FLUIJET® 1726 | FLUIJET® 1726 is a polymeric dispersing and stabilizing agent for sublimation/disperse dyes in water-based systems. | FLUIJET® 1726 is a polymeric dispersant specifically suitable for sublimation/disperse dyes (water-glycol systems). It provides high milling efficiency, prevents dyes flocculation upon storage, offers low viscous dispersions with good stability in inkjet ink water-based formulations, is compatible with a broad range of glycols in aqueous mixtures, and develops higher release in sublimation printing compared to traditional dispersants. |
| FLUIJET® 1730 | FLUIJET® 1730 is a dispersing and stabilizing agent based on an anionic polymer for organic pigments in water-based inkjet ink formulations. | FLUIJET® 1730 is a polymeric dispersant with pigment-affinic groups able to disperse organic pigments in water and/or water-based systems (water-glycol or water-alcohol systems). The product is particularly recommended for stabilizing phthalocyanine, quinacridone and diarylide pigments and provides high milling efficiency, prevents pigments flocculation upon storage by means of good steric stabilization, and offers broad compatibility with polymeric binders typically used in water-based inkjet inks. |
| FLUIJET® 1731 | FLUIJET® 1731 is a low VOC dispersing and stabilizing agent based on an anionic polymer for organic pigments in water-based inkjet formulations. | FLUIJET® 1731 is a low VOC, polymeric dispersant with pigment-affinic groups able to disperse organic pigments in water and/or water-based systems (water-glycol or water-alcohol systems). The product is particularly recommended for stabilizing phthalocyanine, quinacridone and diarylide organic pigments. The pigment dispersions obtained can be let down with polymeric aqueous polyurethane or acrylate binders. |
| FLUIJET® 1735 | FLUIJET® 1735 is a low VOC dispersing and stabilizing agent based on an anionic polymer for organic pigments in water-based inkjet formulations. | FLUIJET® 1735 is a low VOC, polymeric dispersant with pigment-affinic groups able to disperse organic pigments in water and/or water-based systems (water-glycol or water-alcohol systems). The product is particularly recommended for stabilizing phthalocyanine, quinacridone and diarylide organic pigments. The pigment dispersions obtained can be let down with polymeric aqueous polyurethane or acrylate binders. |
| FLUIJET® DS 19 | FLUIJET® DS 19 is a dispersing and stabilizing agent based on anionic and nonionic surfactants for organic pigments. | FLUIJET® DS 19 is a polymeric dispersant able to disperse organic pigments in water and/or water-based systems (water-glycol or water-alcohol systems) with particular focus on PV 23. |
| IDROL® H 20 F | IDROL® H 20 F is a pasty, fatty acid based emulsifying agent particularly designed for alkyd resins and formulations thereof. | IDROL® H 20 F allows the incorporation of up to 20% water into solvent-based enamels and is particularly designed for all products based on Long Oil and Medium Oil Alkyds. |
LUVOPLUS® DA 100 - From Emulsification to Multiphase Stabilization
Unique Green Formulation Additive for Aqueous and Non-aqueous Applications
Product Overview:
| Products | Description | Application |
|---|---|---|
| LUVOPLUS® DA 100 | LUVOPLUS® DA 100 is a multifunctional emulsifier / compatibilizer / dispersing additive based on a low molecular weight polymer with amphiphilic properties. | LUVOPLUS® DA 100 is characterized in particular by improving the emulsifiability and extending the storage stability of W/O and O/W emulsions. Furthermore, LUVOPLUS® DA 100 is particularly suitable both for dispersing organophilic bentonites (conventional phyllosilicates, e.g. LUVOGEL®) within the production of pre-gels and for dispersing and stabilizing inorganic pigments and particles in conventional/solvent-based coating systems. The (subsequent) use of LUVOPLUS® DA 100 in solvent-based or water-based base paints also improves the colorant acceptance and the compatibilization of pigment concentrates. Due to its special chemical structure, LUVOPLUS® DA 100 also has corrosion-inhibiting properties. |