| Strodex™ PSK-28 | Ashland | Strodex™ PSK-28 es un promotor de la aceptación de color neutralizado mediante sal de potasio con alta tolerancia a cationes multivalentes y compatibiliza los componentes en las formulaciones. | |
| Strodex™ SE-100 | Ashland | Strodex™ SE-100 es útil en las formulaciones diluidas con solvente, donde las características de mejora de la dispersión y humectación de los pigmentos más la humectación del sustrato y anticorrosivas se consideran fundamentales. | |
| Strodex™ SEK-50D | Ashland | Strodex™ SEK-50D es la forma neutralizada (sal de potasio) de un coéster de fosfato de alcoholes alifáticos. Imparte la mejora de aceptación de brillo y color en pinturas de látex a base de agua. | |
| Strodex™ TH-100 | Ashland | Strodex™ TH-100 es un surfactante que es la forma neutralizada (sal de potasio) de un éster de fosfato de alcohol alifático. Está diseñado para impartir una estabilidad superior a las pinturas de látex, incluida la estabilidad mecánica así como la estabil...Vea Mas Strodex™ TH-100 es un surfactante que es la forma neutralizada (sal de potasio) de un éster de fosfato de alcohol alifático. Está diseñado para impartir una estabilidad superior a las pinturas de látex, incluida la estabilidad mecánica así como la estabilidad térmica y frente a condiciones de congelación-descongelación. Puede mejorar la resistencia a la flotación del color en formulaciones de pintura de látex. Dependiendo de los principios específicos de formulación, que también puede funcionar como una ayuda dispersante y asistir en la reducción de la floculación del pigmento. Vea Menos | |
| Strodex™ TH-4427 | Ashland | Strodex™ TH-4427 es un surfactante de éster de fosfato, la forma neutralizada (sal de potasio) de un éster de fosfato etoxilado. Imparte una estabilidad térmica y frente a las condiciones de congelación-descongelación superior de las pinturas de látex a b...Vea Mas Strodex™ TH-4427 es un surfactante de éster de fosfato, la forma neutralizada (sal de potasio) de un éster de fosfato etoxilado. Imparte una estabilidad térmica y frente a las condiciones de congelación-descongelación superior de las pinturas de látex a base de agua en comparación con otros ésteres de fosfato. También imparte una mejor aceptación del color y reduce la flotación del color en pinturas de látex a base de agua, debido a una mejor estabilidad. Vea Menos | |
| Styleze™ 2000 | Ashland | Es un éter divinilo de trietilenglicol. Los atributos de producto son estados físico en forma de líquido claro suministrado, CAS ningún 765-12-8, cps de viscosidad en 25 DEG C 2,6, peso molecular nominal 202, BP Deg C 123 @18 milímetro, MP/FP o PP DEG C -...Vea Mas Es un éter divinilo de trietilenglicol. Los atributos de producto son estados físico en forma de líquido claro suministrado, CAS ningún 765-12-8, cps de viscosidad en 25 DEG C 2,6, peso molecular nominal 202, BP Deg C 123 @18 milímetro, MP/FP o PP DEG C -7, flash Pt Deg C 119, gravedad específica 22-25 Deg C 1,001. Vea Menos | |
| Styleze™ W-10 | Ashland | Es un éter de vinilo de hidroxibutil. Estabilizado con 0,01% de KOH. Los atributos dle producto incluyen el estado físico como líquido claro suministrado, CAS No 17832-28-9, los cps de la viscosidad en 25 DEG C 5,4, peso molecular nominal 116, BP DEG C 95...Vea Mas Es un éter de vinilo de hidroxibutil. Estabilizado con 0,01% de KOH. Los atributos dle producto incluyen el estado físico como líquido claro suministrado, CAS No 17832-28-9, los cps de la viscosidad en 25 DEG C 5,4, peso molecular nominal 116, BP DEG C 95 @20, MP/FP o PP DEG C -39, flash Pt DEG C 82, gravedad específica 22-25 DEG C 0,939 Vea Menos | |
| Surfadone™ LP-100 | Ashland | Surfadone™ LP-100 es un surfactante único que proporciona ventajas de rendimiento multifuncionales en la actividad superficial, solvencia, afinidad con aniónicos y capacidad complejante. Es útil como un solvente para polímeros y sustancias hidrofóbicas, u...Vea Mas Surfadone™ LP-100 es un surfactante único que proporciona ventajas de rendimiento multifuncionales en la actividad superficial, solvencia, afinidad con aniónicos y capacidad complejante. Es útil como un solvente para polímeros y sustancias hidrofóbicas, una ayuda para la dispersión de pigmentos, un solvente de acondicionamiento de pigmentos y como un componente de los decapantes de las resinas fotosensibles. Vea Menos | |
| Surfadone™ LP-300 | Ashland | Surfadone™ LP-300 es un surfactante único que proporciona ventajas de rendimiento multifuncionales en la actividad superficial, solvencia, afinidad con aniónicos y capacidad complejante. Es útil como un solvente para polímeros y sustancias hidrofóbicas, a...Vea Mas Surfadone™ LP-300 es un surfactante único que proporciona ventajas de rendimiento multifuncionales en la actividad superficial, solvencia, afinidad con aniónicos y capacidad complejante. Es útil como un solvente para polímeros y sustancias hidrofóbicas, así como un ingrediente en adhesivos sensibles a la presión, y es un solvente de acoplamiento particularmente eficaz para fragancias.. Vea Menos | |
| Trixene AS | Baxenden Chemicals Ltd. | Trixene AS is a mono-functional isocyanate derivative for PU prepolymer systems. It is widely used as an in-can moisture scavenger and stabilizer. It neutralizes any amine and free hydroxyl groups present and removes traces of water. | |
| Trixene ASF | Baxenden Chemicals Ltd. | Trixene ASF is a mono-fnctional isocyanate derivative that is a hydrogen scavenger, for PU prepolymer systems. It is widely used as an in-can moisture scavenger and stabilizer. It neutralizes any amine and free hydroxyl groups present and removes traces o...Vea Mas Trixene ASF is a mono-fnctional isocyanate derivative that is a hydrogen scavenger, for PU prepolymer systems. It is widely used as an in-can moisture scavenger and stabilizer. It neutralizes any amine and free hydroxyl groups present and removes traces of water. Trixene ASF is a faster-reacting and more efficient alternative based on p-toluenesulphonyl isocyanate (PTSI). Vea Menos | |
| Trixene BI 200 | Baxenden Chemicals Ltd. | Trixene BI 200 is an anionic aqua blocked isocyanate dispersion with a viscosity of 100 and is designed for water-based 1 and 2-K systems. They can be used as adhesion promoters and cross-linkers for finishes and coatings on leather, paper, textiles, and ...Vea Mas Trixene BI 200 is an anionic aqua blocked isocyanate dispersion with a viscosity of 100 and is designed for water-based 1 and 2-K systems. They can be used as adhesion promoters and cross-linkers for finishes and coatings on leather, paper, textiles, and more. Vea Menos | |
| Trixene BI 201 | Baxenden Chemicals Ltd. | Trixene BI 201 is an anionic aqua blocked isocyanate dispersion with a viscosity of 300 and is designed for water-based 1 and 2-K systems. Trixene BI 201 can be used as adhesion promoters and cross-linkers for finishes and coatings on leather, paper, text...Vea Mas Trixene BI 201 is an anionic aqua blocked isocyanate dispersion with a viscosity of 300 and is designed for water-based 1 and 2-K systems. Trixene BI 201 can be used as adhesion promoters and cross-linkers for finishes and coatings on leather, paper, textiles, and more. Vea Menos | |
| Trixene BI 220 | Baxenden Chemicals Ltd. | Trixene BI 220 is a nonionic aqua blocked isocyanate dispersion that is designed for water-based 1 and 2-K systems. This product can be used as an adhesion promoter and cross-linker for finishes and coatings on leather, paper, textiles, and more. | |
| Trixene BI 7641 | Baxenden Chemicals Ltd. | Trixene BI 7641 is a PMA/Xylene solvent-based aromatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under fact...Vea Mas Trixene BI 7641 is a PMA/Xylene solvent-based aromatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components and used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7642 | Baxenden Chemicals Ltd. | Trixene BI 7642 is a PMA/Xylene solvent-based aromatic blocked isocyanate crosslinker with a viscosity of 25,000. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are...Vea Mas Trixene BI 7642 is a PMA/Xylene solvent-based aromatic blocked isocyanate crosslinker with a viscosity of 25,000. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components and used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7674 | Baxenden Chemicals Ltd. | Trixene BI 7674 is a PMA solvent-based aromatic blocked isocyanate crosslinker abrasive binder. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured u...Vea Mas Trixene BI 7674 is a PMA solvent-based aromatic blocked isocyanate crosslinker abrasive binder. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7675 | Baxenden Chemicals Ltd. | Trixene BI 7675 is a PMA solvent-based aromatic blocked isocyanate crosslinker abrasive binder. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured u...Vea Mas Trixene BI 7675 is a PMA solvent-based aromatic blocked isocyanate crosslinker abrasive binder. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7770 | Baxenden Chemicals Ltd. | Trixene BI 7770 is a blocked isocyanate prepolymer cross-linker. Its main application is to improve the elongation, impact resistance, and flexibility of epoxy coatings without compromising chemical resistance. | |
| Trixene BI 7771 | Baxenden Chemicals Ltd. | Trixene BI 7771 is a blocked isocyanate prepolymer cross-linker with a viscosity. Its main application is to improve the elongation, impact resistance, and flexibility of epoxy coatings without compromising chemical resistance. | |
| Trixene BI 7772 | Baxenden Chemicals Ltd. | Trixene BI 7772 is a blocked isocyanate prepolymer cross-linker. Its main application is to improve the elongation, impact resistance, and flexibility of epoxy coatings without compromising chemical resistance. | |
| Trixene BI 7774 | Baxenden Chemicals Ltd. | Trixene BI 7774 is a blocked isocyanate prepolymer cross-linker. Its main application is to improve the elongation, impact resistance, and flexibility of epoxy coatings without compromising chemical resistance. | |
| Trixene BI 7779 | Baxenden Chemicals Ltd. | Trixene BI 7779 is a blocked isocyanate prepolymer cross-linker. Its main application is to improve the elongation, impact resistance, and flexibility of epoxy coatings without compromising chemical resistance. | |
| Trixene BI 7950 | Baxenden Chemicals Ltd. | Trixene BI 7950 is a PM solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory sto...Vea Mas Trixene BI 7950 is a PM solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7951 | Baxenden Chemicals Ltd. | Trixene BI 7951 is a C9 Aromatic/BA solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under...Vea Mas Trixene BI 7951 is a C9 Aromatic/BA solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7960 | Baxenden Chemicals Ltd. | Trixene BI 7960 is a PM/ethyl acetate solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured und...Vea Mas Trixene BI 7960 is a PM/ethyl acetate solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7961 | Baxenden Chemicals Ltd. | Trixene BI 7961 is a C9 aromatic solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under fa...Vea Mas Trixene BI 7961 is a C9 aromatic solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7963 | Baxenden Chemicals Ltd. | Trixene BI 7963 is a PM solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory sto...Vea Mas Trixene BI 7963 is a PM solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7982 | Baxenden Chemicals Ltd. | Trixene BI 7982 is a PM solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory sto...Vea Mas Trixene BI 7982 is a PM solvent-based aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7991 | Baxenden Chemicals Ltd. | Trixene BI 7991 is a PM solvent-based hybrid aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under fact...Vea Mas Trixene BI 7991 is a PM solvent-based hybrid aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene BI 7992 | Baxenden Chemicals Ltd. | Trixene BI 7992 is a PM solvent-based hybrid aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under fact...Vea Mas Trixene BI 7992 is a PM solvent-based hybrid aliphatic blocked isocyanate crosslinker. It is used for hydroxyl-functional resins such as acrylic, polyester, urethane, and is usually formulated into 1-K coatings. The coatings are dried and cured under factory stoving conditions for OEM metal components used in the automotive and consumer goods industries. Vea Menos | |
| Trixene SC 7702 | Baxenden Chemicals Ltd. | Trixene SC 7702 is an isocyanate-terminated prepolymer based on aromatic diisocyanates. It has recommended applications mainly in coatings and 1-K roof membranes. This aliphatic product is mainly exploited for coating applications where good light stabili...Vea Mas Trixene SC 7702 is an isocyanate-terminated prepolymer based on aromatic diisocyanates. It has recommended applications mainly in coatings and 1-K roof membranes. This aliphatic product is mainly exploited for coating applications where good light stability and/or resistance to yellowing are prime requirements. Vea Menos | |
| Trixene SC 7703 | Baxenden Chemicals Ltd. | Trixene SC 7703 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It's recommended applications are in coatings and 1-K roof membranes. This aliphatic product is mainly exploited for coating applications where good light stability and/...Vea Mas Trixene SC 7703 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It's recommended applications are in coatings and 1-K roof membranes. This aliphatic product is mainly exploited for coating applications where good light stability and/or resistance to yellowing are prime requirements. Vea Menos | |
| Trixene SC 7707 | Baxenden Chemicals Ltd. | Trixene SC 7707 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It is mainly recommended for applications in coatings. This aliphatic product is mainly exploited for coating applications where good light stability and/or resistance ...Vea Mas Trixene SC 7707 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It is mainly recommended for applications in coatings. This aliphatic product is mainly exploited for coating applications where good light stability and/or resistance to yellowing are prime requirements. Vea Menos | |
| Trixene SC 7721 | Baxenden Chemicals Ltd. | Trixene SC 7721 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It has recommended applications mainly in low monomer and 1,2-K coatings. This aliphatic product is mainly exploited for coating applications where good light stability...Vea Mas Trixene SC 7721 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It has recommended applications mainly in low monomer and 1,2-K coatings. This aliphatic product is mainly exploited for coating applications where good light stability and/or resistance to yellowing are prime requirements. Vea Menos | |
| Trixene SC 7722 | Baxenden Chemicals Ltd. | Trixene SC 7722 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It has recommended applications mainly in low monomer and 1,2-K coatings. The aliphatic products are mainly exploited for coating applications where good light stability...Vea Mas Trixene SC 7722 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It has recommended applications mainly in low monomer and 1,2-K coatings. The aliphatic products are mainly exploited for coating applications where good light stability and/or resistance to yellowing are prime requirements. Vea Menos | |
| Trixene SC 7725 | Baxenden Chemicals Ltd. | Trixene SC 7725 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It has recommended applications mainly in low monomer and 1,2-K coatings. The aliphatic products are mainly exploited for coating applications where good light stability...Vea Mas Trixene SC 7725 is isocyanate-terminated prepolymers based on aromatic diisocyanates. It has recommended applications mainly in low monomer and 1,2-K coatings. The aliphatic products are mainly exploited for coating applications where good light stability and/or resistance to yellowing are prime requirements. Vea Menos | |
| Trixene SC 7902 | Baxenden Chemicals Ltd. | Trixene SC 7902 is isocyanate-terminated prepolymers based on aliphatic diisocyanates. It has recommended mainly for sealants and coating applications where good light resistance and/or stability to yellowing are prime requirements. | |
| Trixene SC 7906 | Baxenden Chemicals Ltd. | Trixene SC 7906 is a urethane bisoxazolidine that readily reacts with water and will undergo chain extension and cross-linking with moisture-cure, pre-polymer coatings. It tends to crystallize on storage, although it can be melted out before its formulati...Vea Mas Trixene SC 7906 is a urethane bisoxazolidine that readily reacts with water and will undergo chain extension and cross-linking with moisture-cure, pre-polymer coatings. It tends to crystallize on storage, although it can be melted out before its formulations are used in high-build, void-free coatings. Vea Menos | |
| Trixene SC 7907 | Baxenden Chemicals Ltd. | Trixene SC 7907 is a urethane bisoxazolidine that readily reacts with water and will undergo chain extension and cross-linking with moisture-cure, pre-polymer coatings. It is a new, improved version that is non-crystallizing and stable down to -15°C in ge...Vea Mas Trixene SC 7907 is a urethane bisoxazolidine that readily reacts with water and will undergo chain extension and cross-linking with moisture-cure, pre-polymer coatings. It is a new, improved version that is non-crystallizing and stable down to -15°C in general use. Vea Menos | |
| Trixene SC 7930 | Baxenden Chemicals Ltd. | Trixene SC 7930 is isocyanate-terminated prepolymers based on aliphatic diisocyanates. It has recommended mainly for sealants and coating applications where good light resistance and/or stability to yellowing are prime requirements, 1-K moisture cure coat...Vea Mas Trixene SC 7930 is isocyanate-terminated prepolymers based on aliphatic diisocyanates. It has recommended mainly for sealants and coating applications where good light resistance and/or stability to yellowing are prime requirements, 1-K moisture cure coatings. Vea Menos | |
| Trixene SC 7931 | Baxenden Chemicals Ltd. | Trixene SC 7931 is isocyanate-terminated prepolymers based on aliphatic diisocyanates. It has recommended mainly for sealants and coating applications where good light resistance and/or stability to yellowing are prime requirements. | |
| V-Cap™ | Ashland | Es terpolímero de VP, y metacrilamida dimetilaminopropil y , metacriloylaminopropi cloruro de amonio dimethyl láureo methacryloylaminopropy preservado con 0,75% grados óptimos de Liquapar y 0,1% EDTAS disódicos. Las aplicaciones incluyen media receptivo...Vea Mas Es terpolímero de VP, y metacrilamida dimetilaminopropil y , metacriloylaminopropi cloruro de amonio dimethyl láureo methacryloylaminopropy preservado con 0,75% grados óptimos de Liquapar y 0,1% EDTAS disódicos. Las aplicaciones incluyen media receptivos de la inyección de tinta. Vea Menos | |
| V-Pyrol™ | Ashland | Un tensioactivador único que proveer beneficios de rendimiento multifuncional en la actividad superficial, solvencia, afinidad con anionics y la capacidad Encuentra uso como solvente para los polímeros y las sustancias hidrofóbicas, una ayuda de la dis...Vea Mas Un tensioactivador único que proveer beneficios de rendimiento multifuncional en la actividad superficial, solvencia, afinidad con anionics y la capacidad Encuentra uso como solvente para los polímeros y las sustancias hidrofóbicas, una ayuda de la dispersión del pigmento, un solvente de condicionamiento del pigmento, y como componente de decapante foto-resistente. Vea Menos | |
| Gloss Lacquer Formula for Airless Spray Application (Formulation #07-1019B) | Ashland | Un spray sin aire basado en Neocryl* XK98 acrílico barniz brillante. | |
| Gloss Parquet Lacquer (Formulation #07-1020A) | Ashland | Un barniz de parquet brilloso basado en copolímero de uretano/acrílico Neopac* E106. | |
| High Build Exterior Masonry Coating (Formulation #07-1040B) | Ashland | PVC 50% - Pliotec LEB 18* low exudation binder exterior masonry coating. | |
| High Gloss White Coat Paint (Formulation #07-1021B) | Ashland | PVC 20%-Synaqua* 4804 capa superior blanca de alto brillo emulsión alquídica con Aquaflow™ NLS-205 y Aquaflow™ NMS-450 modificadores de reología. | |
| High Gloss White Top Coat - Higher Solids (Formulation #07-1022B) | Ashland | PVC 20%-Uradil* AZ 785-Z52 capa superior blanca de alto brillo emulsión alquídica con Aquaflow™ NMS-450 y Aquaflow™ NHS-300 modificadores de reología. | |
| High Gloss White Top Coat (Formulation #07-1023B) | Ashland | PVC 19%-Primal* HG 74D pintura blanca de alto brillo acrílico con Aquaflow™ NMS-450 y Aquaflow™ NHS-350 modificadores de reología. | |
| High Gloss White Top Coat (Formulation #07-1024B) | Ashland | PVC 19%-Primal* HG 74D-pintura blanca de alto brillo acrílico con Aquaflow™ XLS-500 y Aquaflow™ NHS-300 modificadores de reología. | |
| High Gloss White Top Coat (Formulation #07-1025B) | Ashland | PVC 20%-Uradil* AZ 785-Z52 capa superior blanca de alto brillo emulsión alquídica con Aquaflow™ XLS-530 y Aquaflow™ NMS-450 modificadores de reología. | |
| High Gloss White Top Coat (Formulation #07-1030B) | Ashland | Esta formulación se utiliza para la pintura de alto brillo y blanca de alto brillo. Utiliza Aquaflow™ NMS-450, Aquaflow™ NHS-350, BIC Nuosept™ y Dextrol™ OC 180. | |
| Interior / Exterior Deeptone Semi Gloss Paint (Formulation #07-1018B) | Ashland | PVC 43%-Acronal* S-559 Deeptone estireno acrílico pintura semi-brillante con Aquaflow™ XLS-500 y Aquaflow™ NHS-300 modificadores de reología. | |
| Interior / Exterior Semi Gloss Paint (Formulation #07-1031B) | Ashland | PVC 30%-Neocryl* pintura blanca XK-90 acrílico semi-brillante con Aquaflow™ XLS-500 y Aquaflow™ NHS-300 modificadores de reología | |
| Interior / Exterior Semi Matt Paint (Formulation #07-1034A) | Ashland | PVC 38%-Acronal* S 559 pintura blanca semi-mate de interior de vinilo de etileno con Natrosol™ HE 3KB hidroxietilcelulosa modificada hidrófobamente (HMHEC) y Aquaflow™ NMS-450 modificador de reología. | |
| Interior / Exterior Semi Matt Paint (Formulation #07-1035A) | Ashland | PVC 38%-Mowilith* LDM 1871 pintura blanca semi-mate de interior de vinilo de etileno acetato con Natrosol™ HE 3KB hidroxietilcelulosa modificada hidrófobamente (HMHEC). | |
| Interior / Exterior Semi-Gloss Paint (Formulation #07-1032B) | Ashland | PVC 30%-Neocryl* pintura blanca XK-90 acrílico semi-brillante con Aquaflow™ XLS-530 y Aquaflow™ NHS-350 modificadores de reología. | |
| Interior / Exterior Semi-Matt Paint (Formulation #07-1033B) | Ashland | PVC 38%-Mowilith* LDM 1871 pintura blanca semi-mate de interior de vinilo de etileno con Natrosol Plus™ 330 hidroxietilcelulosa modificada hidrófobamente (HMHEC) y Aquaflow™ NMS-450 modificador de reología. | |
| Interior / Exterior Semi-Matt Paint (Formulation #07-1036B) | Ashland | PVC 38%-Alberdingk* AS 6002 pintura blanca semi-mate de interior de vinilo de etileno con Natrosol™ 330 hidroxietilcelulosa modificada hidrófobamente (HMHEC). | |
| Interior / Exterior Semi-Matt Paint (Formulation #07-1037B) | Ashland | PVC 38%-Vinnapas* EZ 3010 pintura blanca semi-mate de interior de vinilo de etileno con Natrosol Plus™ 330 hidroxietilcelulosa modificada hidrófobamente (HMHEC). | |
| Interior Flat Paint Formula with 2% Titanium Dioxide Pigment (Formulation #07-1043) | Ashland | This formulation is based on PVC 85% and Acronal* 290D. | |
| Interior Flat Paint Formula with 2% Titanium Dioxide Pigment (Formulation #07-1044A) | Ashland | PVC 85% - Acronal* S790 Styrene Acrylic Interior Flat White Paint with 2% pigment. | |
| Interior Flat Paint (Formulation #07-1012B) | Ashland | PVC 70% - Acronal S559* styrene acrylic interior flat white paint. | |
| Interior Flat Paint (Formulation #07-1013A) | Ashland | PVC 75%-Acronal* 290D pintura blanca mate de interior estireno acrílico con Natrosol Plus™ 330. | |
| Interior Flat Paint (Formulation #07-1014A) | Ashland | PVC 85%-Acronal* 290D pintura blanca mate de interior estireno acrílico con Natrosol™ 250 HHBR. | |
| Interior Flat Paint (Formulation #07-1015C) | Ashland | PVC 70%-Mowilith* LDM 1871 pintura blanca mate de interior acetato de vinilo de etileno con Natrosol Plus™ 330 y Aquaflow™ NHS-300. | |
| Interior Flat Paint (Formulation #07-1016B) | Ashland | PVC 70%-Mowilith* LDM 1871 pintura blanca mate de interior acetato de vinilo de etileno con Natrosol Plus™ 330 y Aquaflow™ NMS-450. | |
| Interior Flat Paint (Formulation #07-1017A) | Ashland | PVC 70% - Mowilith LDM 1871* vinyl acetate ethylene interior flat white paint. | |
| Interior Flat Paint (Formulation #07-1026A) | Ashland | PVC 80%- Acronal* S 559 pintura blanca mate de interior estireno acrílico con Natrosol™ HE 3KB y Aquaflow™ NHS-350 modificadores de reología. | |
| Interior Flat Paint (Formulation #07-1027A) | Ashland | PVC 85% - Acronal 290D* styrene acrylic interior flat white paint. | |
| Interior Flat Paint (Formulation #07-1028B) | Ashland | PVC 70%-Mowilith * LDM 1871 pintura blanca mate de interior acetato de vinilo de etileno con Natrosol™ 250 HHBR hidroxietilcelulosa (HEC). | |
| Interior Flat Vinyl Acrylic Dry TiO2 | Ashland | TiO2 (dióxido de titanio). | |
| Interior Flat Vinyl Acrylic TiO2 Slurry | Ashland | Vinilo Acrílico Mate Interior TiO2 (dióxido de titanio) solución. | |
| Interior Satin Acrylic TiO2 Slurry | Ashland | Satinado Acrílico Interior TiO2 (dióxido de titanio) solución. | |
| Interior Semi-Gloss Acrylic TiO2 Slurry | Ashland | Acrílicor Semi-Brillo Interior TiO2 (dióxido de titanio) solución. | |
| Interior/Exterior Gloss Acrylic Dry TiO2 | Ashland | Acrpilico Seco Brilloso Interior/Exterior TiO2 (dióxido de titanio). | |
| Interior/Exterior Semi-Matt Paint (Formulation #07-1039B) | Ashland | Esta formulación es para pintura semi-mate interior/exterior que utiliza los productos Aquaflow™ NHS-350 y Aquaflow™ NLS-220 como espesantes asociativos sintéticos no iónicos. | |
| Top Protection Coat (Formulation #07-1038A) | Ashland | Una capa de protección superior basada en Aquaflow™ NLS 200 modificador de reología. | |
| White Acrylic Topcoat for Airless Spray (Formulation #07-1041A) | Ashland | PVC 13% based on Neocryl* XK-98 acrylic topcoat - airless and air sprayable. | |
| White Acrylic Topcoat for Airmix Spray (Formulation #07-1029B) | Ashland | Una capa superior acrílica blanca sistema airmix rociable con Aquaflow™ XLS-525 y Aquaflow™ XLS-550 no iónico espesante asociativo sintético (NSAT). | |
| White Anti-Corrosive Primer for Airless Spray (Formulation #07-1042A) | Ashland | Based on Neocryl* XK-87 and Nubirox* 106, primer - airless and air sprayable. |
