| Baristar® 8810 | Minerals Girona S.A. | Baristar® 8810 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 8810 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 8815 | Minerals Girona S.A. | Baristar® 8815 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 20 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 8815 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 20 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 8825 | Minerals Girona S.A. | Baristar® 8825 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 8825 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 9008 | Minerals Girona S.A. | Baristar® 9008 tiene una absorción de aceite (DOP) de 15 g/100 g y un corte superior de 8 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para ...Vea Mas Baristar® 9008 tiene una absorción de aceite (DOP) de 15 g/100 g y un corte superior de 8 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 9010 | Minerals Girona S.A. | Baristar® 9010 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 9010 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| BARISTAR® 9015 | Minerals Girona S.A. | Baristar® 9015 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 20 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 9015 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 20 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 9025 | Minerals Girona S.A. | Baristar® 9025 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 9025 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 9208 | Minerals Girona S.A. | Baristar® 9208 tiene una absorción de aceite (DOP) de 15 g/100 g y un corte superior de 8 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para ...Vea Mas Baristar® 9208 tiene una absorción de aceite (DOP) de 15 g/100 g y un corte superior de 8 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® 9210 | Minerals Girona S.A. | Baristar® 9210 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para...Vea Mas Baristar® 9210 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (baritina) de alta pureza con un excelente grado de brillo. Su estabilidad química absoluta lo convierte en un producto adecuado para las industrias de revestimientos, pinturas, polímeros, plásticos, PVC, poliuretanos, elastómeros y caucho. Vea Menos | |
| Baristar® Zero | Minerals Girona S.A. | Baristar® Zero tiene una absorción de aceite (DOP) de 10 g/100 g y un corte superior de 40 micras. Es un sulfato de bario de alta pureza con un excelente grado de brillo. Está diseñado específicamente para utilizarse como agente de mateado en pinturas ind...Vea Mas Baristar® Zero tiene una absorción de aceite (DOP) de 10 g/100 g y un corte superior de 40 micras. Es un sulfato de bario de alta pureza con un excelente grado de brillo. Está diseñado específicamente para utilizarse como agente de mateado en pinturas industriales. Vea Menos | |
| Barium Titanate Glass Spheres & Microspheres | Cospheric LLC | Barium titanate glass is a unique optical glass formulation based on a large percentage of Barium Oxide (BaO) and Titanium Oxide (TiO2), as opposed to other traditional glass formulas which are mostly Silica (SiO2). Barium titanate glass offers a much hig...Vea Mas Barium titanate glass is a unique optical glass formulation based on a large percentage of Barium Oxide (BaO) and Titanium Oxide (TiO2), as opposed to other traditional glass formulas which are mostly Silica (SiO2). Barium titanate glass offers a much higher refractive index compared to other glass formulations. Refractive Index is the ratio of the speed of light in a vacuum to the speed of light in the specified material - a description of how light slows down as it passes through an optical material. High refractive index microspheres are critical when used for optical systems where high refractive power is required such as endoscopy, micro-optics, defense and microscopy. Barium titanate glass microspheres will reflect back more light directly to the viewer. High index of refraction enables retroreflectivity which is often desired in guard rails, traffic signs, reflective paint, tape or clothing. Barium titanate glass hemispherically coated with aluminum ensures that the light bounces off the aluminum- coated half of the sphere and produces the retroreflective effect for high visibility in dark conditions. Vea Menos | |
| Barrier-Grip 9471A | The International Group, Inc. (IGI Wax) | Barrier-Grip 9471A is a water-based product that provides a high performance barrier against water and grease when applied to a paper based substrate. Coated surface also exhibits exceptionally high slide angle. | |
| Barrier-Grip 9471B | The International Group, Inc. (IGI Wax) | Barrier-Grip 9471B is a water-based product that provides a high performance barrier against water and grease when applied to a paper based substrate. Coated surface also exhibits exceptionally high slide angle. | |
| Barrier-Grip 9472B | The International Group, Inc. (IGI Wax) | Barrier-Grip 9472B is a water-based coating designed as an economical pre-coat for application onto kraft liners or other paper substrates. It seals the substrate and provides a uniform surface onto which functional coatings may be applied, optimising the...Vea Mas Barrier-Grip 9472B is a water-based coating designed as an economical pre-coat for application onto kraft liners or other paper substrates. It seals the substrate and provides a uniform surface onto which functional coatings may be applied, optimising the performance of the functional coatings. Vea Menos | |
| Barrier-Grip R5701H | The International Group, Inc. (IGI Wax) | Barrier-Grip R5701H is a water-based product that provides a high performance barrier against water and grease when applied to a paper based substrate. Coated surface also exhibits exceptionally high slide angle. | |
| Barrier-Grip R6709A | The International Group, Inc. (IGI Wax) | Barrier-Grip R6709A is a water-based product that provides a high performance barrier against water and grease when applied to a paper based substrate. Coated surface also exhibits exceptionally high slide angle. | |
| Barrier-Seal R6728A | The International Group, Inc. (IGI Wax) | Barrier-Seal R6728A is a water-based coating designed for SBS cup stock and other paper based substrates. It can be used for any packaging application that requires excellent water resistance, oil resistance and heat seal. | |
| BASONAT® F 200 WD | BASF Dispersions & Resins | Basonat® F 200 WD is an easily dispersible, low viscosity cross linking component for acrylic and PUR dispersions. It can be stirred directly into the dispersion to be cross linked with a suitable stirrer. Care must be taken to achieve a homogeneous mixtu...Vea Mas Basonat® F 200 WD is an easily dispersible, low viscosity cross linking component for acrylic and PUR dispersions. It can be stirred directly into the dispersion to be cross linked with a suitable stirrer. Care must be taken to achieve a homogeneous mixture. In general, 2 – 5 parts of Basonat® F 200 WD should be added to 100 parts of dispersion. The pot life depends very much on its pH and composition, and must therefore be determined in tests along with the bond strength and creep resistance by the manufacturer. Vea Menos | |
| BASONAT® LR 9056 | BASF Dispersions & Resins | Basonat® LR 9056 is a water-emulsifiable, solvent-free, aliphatic polyisocyanate for crosslinking hydroxyl functional emulsions. It is used as a crosslinker for polymeric dispersions containing reactive OH groups. This product is recommended for applicati...Vea Mas Basonat® LR 9056 is a water-emulsifiable, solvent-free, aliphatic polyisocyanate for crosslinking hydroxyl functional emulsions. It is used as a crosslinker for polymeric dispersions containing reactive OH groups. This product is recommended for applications such as interior/exterior industrial metal coatings, plastic components coatings, wood coatings for floor, furniture, or millwork applications, and automotive OEM and refinish applications. Vea Menos | |
| Baxxodur™ EC 201 | BASF SE, Intermediates Division | BAXXODUR™ EC 201 es un agente endurecedor a base de amina cicloalifática, de viscosidad baja y reactividad moderada. Aplicaciones: adhesivo estructural, pisos, lechada, revestimientos de revestimiento, Etc., en la construcción; también en la laminación c...Vea Mas BAXXODUR™ EC 201 es un agente endurecedor a base de amina cicloalifática, de viscosidad baja y reactividad moderada. Aplicaciones: adhesivo estructural, pisos, lechada, revestimientos de revestimiento, Etc., en la construcción; también en la laminación compuesta, fundición y encapsulación, revestimiento protector de alta resistencia. Vea Menos | |
| Baxxodur™ EC 301 | BASF SE, Intermediates Division | BAXXODUR™ 301 es un agente endurecedor a base de amina de poliéter con viscosidad baja y vida útil larga. Aplicaciones: adhesivo estructural, construcción, laminación, fundición y encapsulación de compuestos, revestimientos de revestimientos decorativos y...Vea Mas BAXXODUR™ 301 es un agente endurecedor a base de amina de poliéter con viscosidad baja y vida útil larga. Aplicaciones: adhesivo estructural, construcción, laminación, fundición y encapsulación de compuestos, revestimientos de revestimientos decorativos y de protección. Vea Menos | |
| Baxxodur™ EC 302 | BASF SE, Intermediates Division | BAXXODUR™ 302 es un agente endurecedor a base de amina de poliéter de baja viscosidad y una vida útil larga. Aplicaciones: compuestos, adhesivo estructural, endurecedor de epoxi. | |
| Baxxodur™ EC 110 | BASF SE, Intermediates Division | BAXXODUR™ EC 110 es un agente endurecedor rápido a base de amina alifática de baja viscosidad. Aplicaciones: lechada de epoxi en la construcción, revestimiento de epoxi en la marina y en mantenimiento, fundición y encapsulación, laminación de compuestos,...Vea Mas BAXXODUR™ EC 110 es un agente endurecedor rápido a base de amina alifática de baja viscosidad. Aplicaciones: lechada de epoxi en la construcción, revestimiento de epoxi en la marina y en mantenimiento, fundición y encapsulación, laminación de compuestos, intermedio para la poliamida. Vea Menos | |
| Baxxodur™ EC 130 | BASF SE, Intermediates Division | BAXXODUR™EC 130 es un agente endurecedor a base de amina de poliéter con viscosidad baja y alta reactividad. Aplicaciones: adhesivo estructural y laminación de compuestos. | |
| Baxxodur™ EC 252 | BASF SE, Intermediates Division | BAXXODUR™EC 252 es un agente endurecedor a base de amina cicloalifática de viscosidad muy baja y reactividad moderada. Aplicaciones: adhesivo estructural, revestimiento de epoxi del alta resistencia, laminación, fundición y encapsulación de compuestos, e...Vea Mas BAXXODUR™EC 252 es un agente endurecedor a base de amina cicloalifática de viscosidad muy baja y reactividad moderada. Aplicaciones: adhesivo estructural, revestimiento de epoxi del alta resistencia, laminación, fundición y encapsulación de compuestos, epoxi preimpregnado. Vea Menos | |
| Baybond® PU 130 | Covestro | Baybond® PU 130 has anionic/non-ionic crosslinking polyether urethane polymer, used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing, and is useful for the sizing of glass fibers u...Vea Mas Baybond® PU 130 has anionic/non-ionic crosslinking polyether urethane polymer, used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing, and is useful for the sizing of glass fibers used to reinforce thermoplastics, especially polyamide. Glass fiber sizes based on Baybond® PU 130 have excellent filmforming properties and adhesion. This product also exhibits very good colorfastness at high temperatures and is also highly resistant to hydrolysis. Full mechanical properties of Baybond® PU 130 are developed by post-crosslinking for 20 minutes @ 170C. As with any product, use of Baybond® PU 130 in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Baybond® PU 330 | Covestro | Baybond® PU 330 has anionic, non-ionic polyester urethane polymer, used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing, especially for glass fibers used to reinforce thermosets. G...Vea Mas Baybond® PU 330 has anionic, non-ionic polyester urethane polymer, used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing, especially for glass fibers used to reinforce thermosets. Glass fiber sizes based on Baybond® PU 330 have excellent filmforming properties and adhesion. This product also remains stable when exposed to shear forces. As with any product, use of Baybond® PU 330 in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Baybond® PU 401 A | Covestro | Baybond® PU 401 A has anionic, non-ionic polyester urethane polymer, used as the film-forming component in glass fiber sizes. Commonly used as the film-forming component in glass fiber sizing. Glass fiber sizes based on its polyurethane dispersion have ex...Vea Mas Baybond® PU 401 A has anionic, non-ionic polyester urethane polymer, used as the film-forming component in glass fiber sizes. Commonly used as the film-forming component in glass fiber sizing. Glass fiber sizes based on its polyurethane dispersion have excellent film-forming properties and very good adhesion. As with any product, use of Baybond® PU 401 A polyurethane dispersion in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Baybond® PU 402 A | Covestro | Baybond® PU 402 A has anionic/non-ionic polyester urethane polymer used as the film-forming component in glass fiber sizes. It was developed for the sizing of glass fibers used to reinforce thermoplastics, particularly polyamide. Glass fiber sizes based o...Vea Mas Baybond® PU 402 A has anionic/non-ionic polyester urethane polymer used as the film-forming component in glass fiber sizes. It was developed for the sizing of glass fibers used to reinforce thermoplastics, particularly polyamide. Glass fiber sizes based on Baybond® PU 402 A are characterized by their outstanding film-forming properties and very good adhesion. They have high colorfastness, even at elevated temperatures. Baybond® PU 402 A is also very stable against shear forces. As with any product, use of Baybond® PU 402 A in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability Vea Menos | |
| Baybond® PU 403 | Covestro | Baybond® PU 403 has anionic, non-ionic polyester urethane polymer, used as the film forming component in glass fiber sizes. Its polyurethane disperson is commonly used as the film-forming component in glass fiber sizing. Glass fiber sizes based on Baybond...Vea Mas Baybond® PU 403 has anionic, non-ionic polyester urethane polymer, used as the film forming component in glass fiber sizes. Its polyurethane disperson is commonly used as the film-forming component in glass fiber sizing. Glass fiber sizes based on Baybond PU® 403 have excellent film-forming properties, and very good adhesion. The mechanical properties of Baybond® PU 403 are improved by post-curing at 150ºC or above for 30 minutes. As with any product, Baybond® PU 403 polyurethane dispersion in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Baybond® PU 405 | Covestro | Baybond® PU 405 has anionic/non-ionic cross linking polyether urethane polymer used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing, and is useful for the sizing of glass fibers us...Vea Mas Baybond® PU 405 has anionic/non-ionic cross linking polyether urethane polymer used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing, and is useful for the sizing of glass fibers used to reinforce thermoplastics, especially polyamide. Glass fiber sizes based on Baybond® PU 405 have excellent filmforming properties, adhesion and colorfastness. This product is also highly resistant to the effects of shear forces and hydrolysis. Full mechanical properties of Baybond® PU 405 are developed by post-crosslinking for 20 minutes @ 170°C. As with any product, use of Baybond® PU 405 in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Baybond® PU 406 | Covestro | Baybond® PU 406 is a non-ionic polyurethane polymer used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing. It is also useful for the sizing of glass fibers used to reinforce thermop...Vea Mas Baybond® PU 406 is a non-ionic polyurethane polymer used as the film-forming component in glass fiber sizes. It is commonly used as the filmforming component in glass fiber sizing. It is also useful for the sizing of glass fibers used to reinforce thermoplastics and has excellent film-forming properties and adhesion. Baybond® PU 406 also remains stable when exposed to shear forces. As with any product, use of Baybond® PU 406 in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Baybond® XL 825 | Covestro | Desarrollado como reticulante para el apresto de fibras de vidrio, utilizado en combinación con aglutinantes Baybond para reforzar termoplásticos, particularmente el poliamida. Tamaños de fibra de vidrio basados en Baybond® XL 7270 se caracterizan por su ...Vea Mas Desarrollado como reticulante para el apresto de fibras de vidrio, utilizado en combinación con aglutinantes Baybond para reforzar termoplásticos, particularmente el poliamida. Tamaños de fibra de vidrio basados en Baybond® XL 7270 se caracterizan por su buena firmeza del color, incluso en temperaturas elevadas. Vea Menos | |
| Baybond® XP 2728 | Covestro | Baybond® XP 2728 is a anionic/non-ionic polycarbonate-polyether urethane polymer used as the film-forming component in glass fiber sizes. It was developed for the sizing of glass fibers used to reinforce thermoplastics, particularly polyamide. Glass fiber...Vea Mas Baybond® XP 2728 is a anionic/non-ionic polycarbonate-polyether urethane polymer used as the film-forming component in glass fiber sizes. It was developed for the sizing of glass fibers used to reinforce thermoplastics, particularly polyamide. Glass fiber sizes based on Baybond® XP 2728 are characterized by their outstanding film-forming properties and very good adhesion. Baybond® XP 2728 exhibits outstanding hydrolysis resistance and colorfastness, and is also very stable against shear forces. As with any product, use of Baybond® XP 2728 in a given application must be tested (including but not limited to field testing) in advance by the user to determine suitability. Vea Menos | |
| Bayhydrol® A 242 | Covestro | Bayhydrol® A 242 is a polyacrylic resin used as a coreactant for Bayhydur® and Desmodur® N polyisocyanates in the formulation of aqueous two component polyurethane systems for various applications by brush, roller or spray. | |
| Bayhydrol® HD 2016 | Covestro | Bayhydrol® HD 2016 is a co-solvent free hydroxyl functional acrylic resin dispersed in water. It is used as a coreactant for Bayhydur water-dispersible polyisocyanates in the formulation of < 50g/l VOC coatings. This product can also be combined with othe...Vea Mas Bayhydrol® HD 2016 is a co-solvent free hydroxyl functional acrylic resin dispersed in water. It is used as a coreactant for Bayhydur water-dispersible polyisocyanates in the formulation of < 50g/l VOC coatings. This product can also be combined with other water-reducible binders. Vea Menos | |
| Bayhydrol® HD 2017 | Covestro | Bayhydrol® HD 2017 is a hydroxyl-functional acrylic resin dispersed in water with approximately 1% co-solvent. It can be used as a coreactant for Bayhydur® water-dispersible polyisocyanates in the formulation of < 50g/l VOC coatings. | |
| Bayhydrol® PR 435 | Covestro | Bayhydrol® PR 435 is an aqueous aliphatic polyurethane dispersion that contains only 5% by weight of organic cosolvent. | |
| Bayhydrol® UV 2280 | Covestro | Bayhydrol® UV 2280 is a urethane acrylate dispersion. It is supplied as approximately 39% solids dispersion in water. It may be used in the formulation of aqueous UV-curing coatings, especially for applica- tion on wood/wood materials. Generally speaking,...Vea Mas Bayhydrol® UV 2280 is a urethane acrylate dispersion. It is supplied as approximately 39% solids dispersion in water. It may be used in the formulation of aqueous UV-curing coatings, especially for applica- tion on wood/wood materials. Generally speaking, the coated surfaces can be sanded before UV curing. Additions of 1.0 to 2.5% by weight photoinitiator, calculated on the solid binder, have proved suitable for initiating the curing reaction. Vea Menos | |
| Bayhydur® 304 | Covestro | Bayhydur® 304 is a hydrophilically modified, aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). It is primarily used as the crosslinker for aqueous polyol binders (Bayhydrol). | |
| Bayhydur® 305 | Covestro | Bayhydur® 305 is a hydrophilic aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). It is a crosslinker for aqueous coatings, developed specially for trade applications where the ease of mixing the hardener by shaking or manual stirring is ...Vea Mas Bayhydur® 305 is a hydrophilic aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). It is a crosslinker for aqueous coatings, developed specially for trade applications where the ease of mixing the hardener by shaking or manual stirring is a key requirement. Vea Menos | |
| Bayhydur® 401-70 | Covestro | Bayhydur® 401-70 is a water-dispersible polyisocyanate based on Isophorone Diisocyanate (IPDI) and dissolved in 1-methoxypropylacetate-2/xylene, 1:1. It is mainly used as the co-reactant for aqueous polyol binders from the Bayhydrol range. | |
| Bayhydur® BL XP 2706 | Covestro | Bayhydur® BL XP 2706 is a reactive, blocked aliphatic polyisocyanate. Form supplied is approximately 40% in water (neutralized with 2.8 pts. dimethyl ethanol amine). It is used primarily in combination with Bayhydrol® polyols for the formulation of water...Vea Mas Bayhydur® BL XP 2706 is a reactive, blocked aliphatic polyisocyanate. Form supplied is approximately 40% in water (neutralized with 2.8 pts. dimethyl ethanol amine). It is used primarily in combination with Bayhydrol® polyols for the formulation of water-reducible, lightfast, one-component polyurethane baking coatings. It is also used as an additive in waterborne baking systems to improve hardness, impact strength, chemical resistance and adhesion. Vea Menos | |
| Bayhydur® XP 2487/1 | Covestro | Bayhydur® XP 2487/1 is a water-dispersible polyisocyanate based on hexamethylene diisocyanate (HDI). It is a solvent-free crosslinking agent for two-component waterborne polyurethane coatings. | |
| Bayhydur® XP 2547 | Covestro | Bayhydur® XP 2547 is a water-dispersible polyisocyanate based on hexamethylene diisocyanate (HDI). It is a solvent-free crosslinking agent for two-component waterborne polyurethane coatings. Suitable coreactants are hydroxyl-functional waterborne resins s...Vea Mas Bayhydur® XP 2547 is a water-dispersible polyisocyanate based on hexamethylene diisocyanate (HDI). It is a solvent-free crosslinking agent for two-component waterborne polyurethane coatings. Suitable coreactants are hydroxyl-functional waterborne resins such as Bayhydrol® XP 2542. Vea Menos | |
| Bayhydur® XP 2655 | Covestro | Bayhydur® XP 2655 is a hydrophilic aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). It is used as a hardener for waterborne two-component polyurethane systems and a crosslinking agent for waterborne systems from which reliable incorpora...Vea Mas Bayhydur® XP 2655 is a hydrophilic aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). It is used as a hardener for waterborne two-component polyurethane systems and a crosslinking agent for waterborne systems from which reliable incorporation and high chemical resistances are required. Vea Menos | |
| Bayhydur® XP 2700 | Covestro | Bayhydur® XP 2700 is a hydrophilic aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). Form supplied is approximately 65% in dipropylene glycol dimethyl ether. It is a crosslinker for aqueous coatings, developed specially for trade applica...Vea Mas Bayhydur® XP 2700 is a hydrophilic aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI). Form supplied is approximately 65% in dipropylene glycol dimethyl ether. It is a crosslinker for aqueous coatings, developed specially for trade applications where the ease of mixing the hardener by manual stirring is a key requirement. Vea Menos | |
| Bayhytherm® 3146 | Covestro | Bayhytherm® 3146 is a water-reducible, aliphatic, self-crosslinking stoving urethane resin used as binder for waterborne, one-component stoving polyurethane systems. | |
| Baymedix® AP501 | Covestro | Baymedix® AP501 is an aliphatic NCO-terminated prepolymer based on hexamethylene diisocyanate. | |
| Baymedix® AR602 | Covestro | Baymedix® AR602 is a polyether polyol based on a tetra-functional starter molecule. | |
| Baymedix® CD102 | Covestro | Baymedix® CD102 is an aqueous polyurethane dispersion. | |
| Baymedix® CD104 | Covestro | Baymedix® CD104 is an aqueous polyurethane dispersion. | |
| Baymedix® FD103 | Covestro | Baymedix® FD103 is an aqueous polyurethane dispersion. | |
| Baymedix® FP503 | Covestro | Baymedix® FP503 is an aliphatic, hydrophilic NCO prepolymer blend based on hexamethylene diisocyanate (HDI). | |
| BDT-1006 | Bomar, formerly Dymax Oligomers & Coatings | BDT-1006 is a dendritic acrylate with an average functionality of 6. The hyper-branched structure of BDT-1006 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance, which is ideal in applications where with...Vea Mas BDT-1006 is a dendritic acrylate with an average functionality of 6. The hyper-branched structure of BDT-1006 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance, which is ideal in applications where withstanding exposure to the harshest conditions is paramount. Great for high-temperature applications because thermogravimetric analysis indicates the oligomer doesn’t decompose until 377°C. Vea Menos | |
| BDT-1015 | Bomar, formerly Dymax Oligomers & Coatings | BDT-1015 is a dendritic acrylate with an average functionality of 15. The hyper-branched structure of BDT-1015 imparts a unique combination of low diluted viscosity with unmatched chemical and thermal resistance. This is ideal in applications where withst...Vea Mas BDT-1015 is a dendritic acrylate with an average functionality of 15. The hyper-branched structure of BDT-1015 imparts a unique combination of low diluted viscosity with unmatched chemical and thermal resistance. This is ideal in applications where withstanding exposure to the hardest of conditions is paramount. BDT-1015 is also great for high-temperature applications because thermogravimetric analysis indicates the oligomer doesn’t decompose until 372°C Vea Menos | |
| BDT-4330 | Bomar, formerly Dymax Oligomers & Coatings | BDT-4330 is a dendritic acrylate with an average functionality of 30. The hyper-branched structure of BDT-4330 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance, which is ideal in applications where wit...Vea Mas BDT-4330 is a dendritic acrylate with an average functionality of 30. The hyper-branched structure of BDT-4330 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance, which is ideal in applications where withstanding exposure to the harshest conditions is paramount. Great for high-temperature applications because thermogravimetric analysis indicates the oligomer doesn’t decompose until 397° Vea Menos | |
| BellPearl® C2000 | Kowa American Corporation | BellPearl® C2000 is a non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's C-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It has high stowing and low ...Vea Mas BellPearl® C2000 is a non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's C-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It has high stowing and low viscosity at mixing in matrix resin. This product is a carbon filler for thermoplastics, thermosettings, and rubber to improve electro-conductivity, or frictional properties; stocks for activated carbon and electrode. Vea Menos | Request Sample |
| BellPearl® C800 | Kowa American Corporation | BellPearl® C800 is a non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's C-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It has high stowing and low v...Vea Mas BellPearl® C800 is a non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's C-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It has high stowing and low viscosity at mixing in matrix resin. This product is a carbon filler for thermoplastics, thermosettings, and rubber to improve electro-conductivity, or frictional properties; stocks for activated carbon and electrode. Vea Menos | Request Sample |
| BellPearl® R100 | Kowa American Corporation | BellPearl® R100 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's R-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® R100 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's R-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is insoluble in any solvent. This product is a resin filler for thermoplastics, thermosettings, and rubber to improve mechanical properties, thermal resistance, or frictional properties. Vea Menos | Request Sample |
| BellPearl® R200 | Kowa American Corporation | BellPearl® R200 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's R-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® R200 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's R-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is insoluble in any solvent. This product is a resin filler for thermoplastics, thermosettings, and rubber to improve mechanical properties, thermal resistance, or frictional properties. Vea Menos | Request Sample |
| BellPearl® R800 | Kowa American Corporation | BellPearl® R800 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's R-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® R800 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's R-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is insoluble in any solvent. This product is a resin filler for thermoplastics, thermosettings, and rubber to improve mechanical properties, thermal resistance, or frictional properties. Vea Menos | Request Sample |
| BellPearl® S190 | Kowa American Corporation | BellPearl® S190 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® S190 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is water soluble. This product is a binder resin in heat-proofs, abrasives, friction, refractories, and carbon source. Vea Menos | Request Sample |
| BellPearl® S290 | Kowa American Corporation | BellPearl® S290 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® S290 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is water soluble. This product is a binder resin in heat-proofs, abrasives, friction, refractories, and carbon source. Vea Menos | Request Sample |
| BellPearl® S830 | Kowa American Corporation | BellPearl® S830 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® S830 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is water soluble. This product is a binder resin in heat-proofs, abrasives, friction, refractories, and carbon source. Vea Menos | Request Sample |
| BellPearl® S870 | Kowa American Corporation | BellPearl® S870 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® S870 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is water soluble. This product is a binder resin in heat-proofs, abrasives, friction, refractories, and carbon source. Vea Menos | Request Sample |
| BellPearl® S890 | Kowa American Corporation | BellPearl® S890 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® S890 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is water soluble. This product is a binder resin in heat-proofs, abrasives, friction, refractories, and carbon source. Vea Menos | Request Sample |
| BellPearl® S895 | Kowa American Corporation | BellPearl® S895 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well wit...Vea Mas BellPearl® S895 is an odorless, non-toxic, high performance phenolic resin with perfectly spherical shape. It is part of KOWA's S-type; Micro-sphere series which is characterized with high molecular weight and low cross-linking density. It blends well with other powder materials and is water soluble. This product is a binder resin in heat-proofs, abrasives, friction, refractories, and carbon source. Vea Menos | Request Sample |
| Bemliese™ (Basic type: High-performance cellulose nonwoven fabric sheet) | Asahi Kasei Corp. Bemberg Div. | Bemliese™ (Basic type: High-performance cellulose nonwoven fabric sheet) is a nonwoven that is unique in that it is composed of cellulose continuous-filament. Most nonwovens are composed of either natural short fibers or synthetic fibers. Compared with th...Vea Mas Bemliese™ (Basic type: High-performance cellulose nonwoven fabric sheet) is a nonwoven that is unique in that it is composed of cellulose continuous-filament. Most nonwovens are composed of either natural short fibers or synthetic fibers. Compared with these conventional materials, due to composition, Bemliese™ has excellent features such as low particle and lint, high purity and biodegradability, good liquid absorbency, high heat resistance, etc. It's made from cotton linter, which is a by-product of cotton yield. It is suitable for use in filters, hygienic products, medical and agricultural materials, wipes for high-precision machinery and laboratories, etc. It holds international certification in BIODEGRADABLE, VEGAN, and OEKO-TEX. The Basic type: Fiber diameter is about 12~13μm. These values are just for reference and tested by methods of Asahi Kasei. Vea Menos | |
| BENAQUA® 4000 | Elementis | BENAQUA® 4000 es un polvo fácilmente dispersable diseñado para pinturas de látex mate y de bajo brillo. Es especialmente útil en sistemas que se diluyen en agua antes de utilizarse. | |
| Benefos® 1618 | Mayzo, Inc. | Benefos® 1618 is a phosphite-type antioxidant for the stabilization of a wide range of plastics, elastomers, adhesives, and other substrates. This product is particularly useful to prevent the discoloration of polymers during melt processing operations, ...Vea Mas Benefos® 1618 is a phosphite-type antioxidant for the stabilization of a wide range of plastics, elastomers, adhesives, and other substrates. This product is particularly useful to prevent the discoloration of polymers during melt processing operations, including polyolefins, polyesters, styrene polymers, engineering plastics, elastomers, and adhesives. Vea Menos | |
| Benefos® 1626 | Mayzo, Inc. | Benefos® 1626 is a phosphate type antioxidant of high phosphorous content and phosphate stabilizer. It provides excellent heat stability and reduction in polymer degradation during processing. This product is used in polyolefins and olefin copolymers, eng...Vea Mas Benefos® 1626 is a phosphate type antioxidant of high phosphorous content and phosphate stabilizer. It provides excellent heat stability and reduction in polymer degradation during processing. This product is used in polyolefins and olefin copolymers, engineering thermoplastics, PVC, elastomers, and adhesives. Vea Menos | |
| Benefos® 1680 | Mayzo, Inc. | Benefos® 1680 is a phosphite type antioxidant of low volatility and is extremely resistant to hydrolysis. It provides excellent heat stability and antioxidation, with good compatibility with resins and excellent extraction resistance. Benefos® 1680 is use...Vea Mas Benefos® 1680 is a phosphite type antioxidant of low volatility and is extremely resistant to hydrolysis. It provides excellent heat stability and antioxidation, with good compatibility with resins and excellent extraction resistance. Benefos® 1680 is used in plastics and adhesives. Vea Menos | |
| Benox® B50-106 | UNITED INITIATORS GMBH & CO KG | Benox® B50-106 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy white paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polyme...Vea Mas Benox® B50-106 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy white paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-106 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B50-210 | UNITED INITIATORS GMBH & CO KG | Benox® B50-210 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent a...Vea Mas Benox® B50-210 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-210 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B50-230 | UNITED INITIATORS GMBH & CO KG | Benox® B50-230 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy lighter blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing...Vea Mas Benox® B50-230 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy lighter blue pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-230 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B50-513 | UNITED INITIATORS GMBH & CO KG | Benox® B50-513 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy red pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used as a curing agent and polymerization initiato...Vea Mas Benox® B50-513 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy red pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-513 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B50-713 | UNITED INITIATORS GMBH & CO KG | Benox® B50-713 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy onyx pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent a...Vea Mas Benox® B50-713 is a fine dispersion of 50% dibenzoyl peroxide in a smooth, non-separating fire resistant creamy onyx pigmented paste form. It can freely be dissolved in monomers and resins and is primarily used with auto body filler or as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B50-713 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B55 | UNITED INITIATORS GMBH & CO KG | Benox® B55 is a fine dispersion of dibenzoyl peroxide in a smooth, non-separating fire resistant creamy paste form with a white or red thixotropic cream appearance. It can freely be dissolved in monomers and resins and is primarily used as a curing agent ...Vea Mas Benox® B55 is a fine dispersion of dibenzoyl peroxide in a smooth, non-separating fire resistant creamy paste form with a white or red thixotropic cream appearance. It can freely be dissolved in monomers and resins and is primarily used as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, and unsaturated polyester/vinyl ester resins. Benox® B55 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B55-107 | UNITED INITIATORS GMBH & CO KG | Benox® B55-107 is a fine dispersion of 55% dibenzoyl peroxide in a smooth, non-separating fire resistant white paste form. It is formulated primarily for use in industries which require a product to be further diluted prior to use and in the mine bolt ind...Vea Mas Benox® B55-107 is a fine dispersion of 55% dibenzoyl peroxide in a smooth, non-separating fire resistant white paste form. It is formulated primarily for use in industries which require a product to be further diluted prior to use and in the mine bolt industry. Benox® B55-107 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® B55-108 | UNITED INITIATORS GMBH & CO KG | Benox® B55-108 is a fine dispersion of 55% dibenzoyl peroxide in a smooth, non-separating fire resistant white paste form. It is formulated primarily for use in elevated and ambient temperature curing of unsaturated polyester resins and is characterized b...Vea Mas Benox® B55-108 is a fine dispersion of 55% dibenzoyl peroxide in a smooth, non-separating fire resistant white paste form. It is formulated primarily for use in elevated and ambient temperature curing of unsaturated polyester resins and is characterized by its lower water content, compared to Benox® B55-107. Benox® B55-108 can also be used in two-part adhesive systems based on methacylate or polyester resins. Vea Menos | |
| Benox® L-50E | UNITED INITIATORS GMBH & CO KG | Benox® L-50E, in the form of a smooth water white low viscosity fire resistant creamy paste, is a fine dispersion of dibenzoyl peroxide. It can be readily dissolved in monomers and resins, is less hazardous, and is easier to use than dry or technical form...Vea Mas Benox® L-50E, in the form of a smooth water white low viscosity fire resistant creamy paste, is a fine dispersion of dibenzoyl peroxide. It can be readily dissolved in monomers and resins, is less hazardous, and is easier to use than dry or technical forms of dibenzoyl peroxide (provided the water content and plasticizer are not objectionable. Benox® L-50E is primarily used as a curing agent and polymerization initiator for acrylic, monomeric vinyl, styrene, co-polymers, unsaturated polyester/vinyl ester resins, and copolymers of these resins. It can also be used in two-part adhesive systems, based on methacrylate or polyester resins, where the creamy consistency allows uniform mixing of the components. Vea Menos | |
| BENTONE® 1000 | Elementis | BENTONE® 1000 es un derivado orgánico de la arcilla bentonita. Este aditivo reológico altamente eficaz y rentable está diseñado para sistemas orgánicos de polaridad baja a intermedia. | |
| BENTONE® 27 | Elementis | BENTONE® 27 es un derivado orgánico de la arcilla hectorita . Está diseñado para sistemas orgánicos de polaridad moderada a alta y para fijadores sintéticos. | |
| BENTONE® 34 | Elementis | BENTONE® 34 es un derivado orgánico de una esmectita especial diseñado para sistemas orgánicos de polaridad baja a intermedia. | |
| BENTONE® 38 | Elementis | BENTONE® 38 es un derivado orgánico de la arcilla hectorita. Este aditivo reológico altamente eficaz está diseñado para sistemas orgánicos de polaridad baja a intermedia. | |
| BENTONE® 57 | Elementis | BENTONE® 57 es un derivado orgánico de la arcilla bentonita. Este aditivo reológico altamente eficaz y rentable está diseñado para sistemas orgánicos de alta polaridad. | |
| BENTONE® CT | Elementis | BENTONE® CT rheological additive is a natural untreated, hectorite clay of a defined particle size, suitable for thickening and flow control of waterborne paint and aqueous coating systems. This clay based thickener is cost effective rheology modifier tha...Vea Mas BENTONE® CT rheological additive is a natural untreated, hectorite clay of a defined particle size, suitable for thickening and flow control of waterborne paint and aqueous coating systems. This clay based thickener is cost effective rheology modifier that prevents hard settling and builds thixotropy. Vea Menos | |
| BENTONE® DE | Elementis | BENTONE® DE es una arcilla hectorita en polvo hiperdispersible altamente enriquecida. | |
| BENTONE® DY CE | Elementis | BENTONE® DY CE es una arcilla orgánicamente modificada en polvo especialmente diseñada para sistemas acuosos, en especial pinturas de látex decorativas de interior. | |
| BENTONE® EW NA | Elementis | BENTONE® EW NA es una arcilla esmectita altamente enriquecida fácilmente dispersable en polvo. | |
| BENTONE® GS | Elementis | BENTONE® GS es una arcilla esmectita enriquecida en polvo específicamente desarrollada para aplicaciones en la construcción. | |
| BENTONE® HD | Elementis | BENTONE® HD es una arcilla hectorita altamente enriquecida hiperdispersable en polvo. | |
| BENTONE® LT | Elementis | BENTONE® LT es una arcilla orgánicamente modificada en polvo especialmente diseñada para sistemas acuosos, en especial pinturas de látex. | |
| BENTONE® NP-10 | Elementis | BENTONE® NP-10 es una organoarcilla altamente eficaz y fácil de utilizar. Es un aditivo reológico ideal para tintas formuladas con aceites vegetales/ de petróleo o solventes de baja polaridad. | |
| BENTONE® OC | Elementis | BENTONE® OC is a waterborne rheological additve based untreated hectorite clay with a defined particle size. This rheology modifieris suitable for thickening and control of workability and flow of mineral-based aqueous construction systems. | |
| BENTONE SD® 1 | Elementis | BENTONE SD® 1 es un derivado orgánico de la arcilla bentonita. Es un aditivo que se dispersa con facilidad para sistemas de revestimiento primariamente alifáticos y otros solventes no polares o de mediana polaridad. BENTONE SD® 1 se puede agregar en cualq...Vea Mas BENTONE SD® 1 es un derivado orgánico de la arcilla bentonita. Es un aditivo que se dispersa con facilidad para sistemas de revestimiento primariamente alifáticos y otros solventes no polares o de mediana polaridad. BENTONE SD® 1 se puede agregar en cualquier momento del proceso de fabricación de la pintura o como corrección posterior. Brinda un incremento en la viscosidad, reduce el descuelgue en superficies verticales y previene la sedimentación de pigmentos y masillas. Vea Menos | |
| BENTONE SD® 2 | Elementis | BENTONE SD® 2 es un derivado orgánico de la arcilla bentonita. Está diseñado para ser utilizado en sistemas de revestimientos con polaridad de moderada a alta que contienen solventes, como por ejemplo, cetonas, ésteres, éteres de glicol y alcoholes, inclu...Vea Mas BENTONE SD® 2 es un derivado orgánico de la arcilla bentonita. Está diseñado para ser utilizado en sistemas de revestimientos con polaridad de moderada a alta que contienen solventes, como por ejemplo, cetonas, ésteres, éteres de glicol y alcoholes, incluidos los sistemas polares con algún solvente aromático. BENTONE SD® 2 es fácil de incorporar y se puede agregar seco en el proceso de molienda de los pigmentos sin necesidad de usar un activador químico o de preparar un pre-gel. Se puede utilizar como corrección posterior. Vea Menos | |
| BENTONE SD® 3 | Elementis | BENTONE SD® 3 es un derivado orgánico de la arcilla de hectorita. Es muy eficaz y está diseñado para utilizarse en sistemas de revestimiento con una amplia gama de polaridades solventes. Este producto se debe dispersar en el momento de molienda de los pig...Vea Mas BENTONE SD® 3 es un derivado orgánico de la arcilla de hectorita. Es muy eficaz y está diseñado para utilizarse en sistemas de revestimiento con una amplia gama de polaridades solventes. Este producto se debe dispersar en el momento de molienda de los pigmentos. No requiere el uso previo de gel o de activadores químicos. No se recomienda la corrección posterior con BENTONE SD® 3. Contiene también un aditivo reológico que brinda una viscosidad estable, controla el descuelgue y suspende los pigmentos. Vea Menos | |
| Benzotriazole | Chemceed | El benzotriazol es un inhibidor de corrosión para cobre y aleaciones de cobre, y se usa comúnmente en sistemas de enfriamiento de agua. Entre las aplicaciones adicionales del benzotriazol, se encuentran el uso como agente de pulido para plata en detergent...Vea Mas El benzotriazol es un inhibidor de corrosión para cobre y aleaciones de cobre, y se usa comúnmente en sistemas de enfriamiento de agua. Entre las aplicaciones adicionales del benzotriazol, se encuentran el uso como agente de pulido para plata en detergentes de vajilla, anticongelante para automotores, antióxido para fotografías y se usa como aditivo para lubricantes. Vea Menos |
