| 3-Chloropropylmethyldimethoxysilane | Dalian Onichem Co., Ltd. | 3-cloropropilmetildimetoxisilano es un agente de acoplamiento etoxi-funcional de cloro que hierve entre 70-72 ºC. Es un líquido incoloro o amarillento ligero usado en resinas epoxi y caucho halogenado para materiales de carga tratados con el fin de promov...Vea Mas 3-cloropropilmetildimetoxisilano es un agente de acoplamiento etoxi-funcional de cloro que hierve entre 70-72 ºC. Es un líquido incoloro o amarillento ligero usado en resinas epoxi y caucho halogenado para materiales de carga tratados con el fin de promover las propiedades, o se utiliza como agente de reticulación para RTV. 3-cloropropilmetildimetoxisilano es también la materia prima para otros silanos órgano-funcionales con metildimetoxi. Vea Menos | Request Sample |
| 3-Chloropropyltriethoxysilane | Dalian Onichem Co., Ltd. | 3-cloropropiltrietoxisilano es un agente de acoplamiento etoxi-funcional de cloro que hierve a 220 ºC. Es un líquido incoloro o amarillento ligero usado en resinas epoxi y caucho halogenado para materiales de carga tratados con el fin de promover las prop...Vea Mas 3-cloropropiltrietoxisilano es un agente de acoplamiento etoxi-funcional de cloro que hierve a 220 ºC. Es un líquido incoloro o amarillento ligero usado en resinas epoxi y caucho halogenado para materiales de carga tratados con el fin de promover las propiedades, o se utiliza como agente de reticulación para RTV. 3-cloropropiltrietoxisilano es también el material intermedio clave de otros silanos órgano-funcionales con trietoxi. Vea Menos | Request Sample |
| 3-Chloropropyltrimethoxysilane | Dalian Onichem Co., Ltd. | 3-cloropropiltriimetoxisilano es un agente de acoplamiento metoxi-funcional de cloro que hierve a 192 ºC. Es un líquido incoloro o amarillento ligero usado en resinas epoxi con el fin de promover las propiedades, o que se utiliza como agente de reticulaci...Vea Mas 3-cloropropiltriimetoxisilano es un agente de acoplamiento metoxi-funcional de cloro que hierve a 192 ºC. Es un líquido incoloro o amarillento ligero usado en resinas epoxi con el fin de promover las propiedades, o que se utiliza como agente de reticulación para RTV. 3-cloropropiltriimetoxisilano es también un producto intermedio clave para la preparación de una variedad de amino-, mercapto-y metacriloiloxiorganosilanos que se utilizan como agentes de acoplamiento de silano. Vea Menos | Request Sample |
| Baymedix® AP501 | Covestro | Baymedix® AP501 is an aliphatic NCO-terminated prepolymer based on hexamethylene diisocyanate. | |
| Baymedix® FP503 | Covestro | Baymedix® FP503 is an aliphatic, hydrophilic NCO prepolymer blend based on hexamethylene diisocyanate (HDI). | |
| Boltorn™ P1000 | Perstorp | Boltorn™ P1000 is a clear, liquid, low-viscosity polymer polyol allowing monomer-free formulation. It combines the low viscosity and low shrinkage with high reactivity required in applications such as UV digital printing. Boltorn™ P1000 is primarily used ...Vea Mas Boltorn™ P1000 is a clear, liquid, low-viscosity polymer polyol allowing monomer-free formulation. It combines the low viscosity and low shrinkage with high reactivity required in applications such as UV digital printing. Boltorn™ P1000 is primarily used as acrylate oligomer for UV-curing where labelling issues are of prime importance. Vea Menos | |
| Butanediol divinyl ether | BASF Corporation, Chemical Intermediates | Butanediol divinyl ether is a colorless to yellow liquid, with a characteristic odor. It is soluble in water and with many organic solvents. Butanediol divinyl ether is used in the production of weather-resistant and radiation-curing paints. | |
| Desmodur® E 1160 MPA/X | Covestro | Desmodur® E 1160 MPA/X is an aromatic prepolymer based on toluene diisocyanate (TDI). It is suitable for use in the following applications: wood coatings, e.g. for parquet flooring, wall and ceiling paneling, boats and furniture; impregnating agents for m...Vea Mas Desmodur® E 1160 MPA/X is an aromatic prepolymer based on toluene diisocyanate (TDI). It is suitable for use in the following applications: wood coatings, e.g. for parquet flooring, wall and ceiling paneling, boats and furniture; impregnating agents for mineral building material. Clear impregnating systems based on Desmodur® E 1160 MPA/X provide surfaces with long-term protection against moisture, oil, fuels, aggressive chemicals and chemical damage. Vea Menos | |
| Desmodur® E 14 | Covestro | Desmodur® E 14 is a solvent-free, linear aromatic prepolymer based on toluene diisocyanate (TDI). It is recommended for the formulation of both coatings and sealants. Combinations with Desmodur E 22 polyisocyanate yield highly flexible water-resistant fin...Vea Mas Desmodur® E 14 is a solvent-free, linear aromatic prepolymer based on toluene diisocyanate (TDI). It is recommended for the formulation of both coatings and sealants. Combinations with Desmodur E 22 polyisocyanate yield highly flexible water-resistant finishes and sprayable coatings. Desmodur E 14 can be used with amine crosslinkers to provide tough flexible films. Vea Menos | |
| Desmodur® I | Covestro | Desmodur® I is a monomeric cycloaliphatic diisocyanate. It is also known as 3-isocyanatomethyl-3, 5,5-trimethylcyclohexyl isocyanate or IPDI. It is useful as a reactive building block for the preparation of chemical products, reactive intermediates and po...Vea Mas Desmodur® I is a monomeric cycloaliphatic diisocyanate. It is also known as 3-isocyanatomethyl-3, 5,5-trimethylcyclohexyl isocyanate or IPDI. It is useful as a reactive building block for the preparation of chemical products, reactive intermediates and polymers. The isocyanate groups present in Desmodur® I diisocyanate can undergo addition reactions at room temperature with compounds which contain active hydrogens, making it a valuable organic intermediate. The difference in reactivity between the isocyanate groups in Desmodur® I diisocyanate is especially useful in the preparation of polyurethane products. Vea Menos | |
| DMPA® Polyol HA-0135LV2 | GEO Specialty Chemicals, Inc., Paints & Coatings Group | DMPA® Polyol HA-0135LV2 es un poliol poliéster de baja cristalinidad con funcionalidad ácido hidroxilo. Al igual que DMPA® Polyol HA-0135, esta resina está diseñada para eliminar el uso de NMP como solvente en el proceso de fabricación de dispersiones de ...Vea Mas DMPA® Polyol HA-0135LV2 es un poliol poliéster de baja cristalinidad con funcionalidad ácido hidroxilo. Al igual que DMPA® Polyol HA-0135, esta resina está diseñada para eliminar el uso de NMP como solvente en el proceso de fabricación de dispersiones de poliuretano. Este producto proporciona una mayor concentración de hidroxilo, mayor dureza del revestimiento y resistencia química. Presenta baja cristalinidad y permite facilidad de manejo a temperaturas inferiores. DMPA® Polyol HA-0135LV2 tiene un valor hidroxilo de 330 a 345 mg KOH/g, una densidad a 25 °C de 1170 a 1200 g/l, una viscosidad a 25 °C de 172 poise y un contenido de color (APHA) de < 250 como máx. Vea Menos | |
| DOWSIL™ 3037 Intermediate | Dow Performance Silicones | Dow Corning® 3037 Intermediate is a silicone resin intermediate. It is used reacted with organic resins to improve weatherability, or other silicone resins to reduce VOC and improve flexibility. | |
| DOWSIL™ 3074 Intermediate | Univar Solutions | Dow Corning® 3074 Intermediate is a silicone resin intermediate used in combination with organic resins via cold-blends or prereaction. It improves weatherability and heat resistance, or with phenyl-containing silicone resin as a reactive diluent for low ...Vea Mas Dow Corning® 3074 Intermediate is a silicone resin intermediate used in combination with organic resins via cold-blends or prereaction. It improves weatherability and heat resistance, or with phenyl-containing silicone resin as a reactive diluent for low VOC high temperature coatings. Vea Menos | Request Sample |
| DOWSIL™ 3074 Intermediate | Dow Performance Silicones | Dow Corning® 3074 Intermediate is a silicone resin intermediate used in combination with organic resins via cold-blends or prereaction. It improves weatherability and heat resistance, or with phenyl-containing silicone resin as a reactive diluent for low ...Vea Mas Dow Corning® 3074 Intermediate is a silicone resin intermediate used in combination with organic resins via cold-blends or prereaction. It improves weatherability and heat resistance, or with phenyl-containing silicone resin as a reactive diluent for low VOC high temperature coatings. Vea Menos | |
| Duranate™ E402-100 | Kowa American Corporation | Duranate™ E402-100 a hexamethylene diisocyanate adduct (HDI) is a curing agent for urethane resins. It provides high flexibility, excellent color retention, chemical & abrasion resistance, good adhesion & drying properties. The major attribute of this gra...Vea Mas Duranate™ E402-100 a hexamethylene diisocyanate adduct (HDI) is a curing agent for urethane resins. It provides high flexibility, excellent color retention, chemical & abrasion resistance, good adhesion & drying properties. The major attribute of this grade is to improve the flexibility of coatings for Plastic, Elastomeric and Leather substrates. E402 can reduce the “brittleness” of Polyaspartic coatings by substituting approx. 20% of the HDI Trimer in the formulation. Vea Menos | Request Sample |
| Duranate™ TUL-100 Hexamethylene Diisocyanate (HDI) Based Polyiscyanate | Kowa American Corporation | Duranate™ TUL-100 is an ultra-low viscosity HDI based polyisocyanate. In fact, TUL-100 is the lowest viscosity trimer HDI available in the industry. TUL-100 is used in high solids & waterborne formulations & provides excellent gel fraction, hardness and ...Vea Mas Duranate™ TUL-100 is an ultra-low viscosity HDI based polyisocyanate. In fact, TUL-100 is the lowest viscosity trimer HDI available in the industry. TUL-100 is used in high solids & waterborne formulations & provides excellent gel fraction, hardness and weatherability for the automotive, architectural, industrial and other similar market segments. Vea Menos | Request Sample |
| Duranate™ WL72-100 | Kowa American Corporation | Duranate™ WT31-100 is a water dispersible polyisocyanate based on hexamethylene diisocyanate. It has good film properties and good weather resistance. | Request Sample |
| Duranate™ WT31-100 | Kowa American Corporation | Duranate™ WT31-100 is a water dispersible polyisocyanate based on hexamethylene diisocyanate. It has good film properties and good weather resistance. | Request Sample |
| Dynasylan® 40 | Evonik Operations GmbH, BL Silanes | Dynasylan® 40, una mezcla de éster etílico de diferentes ácidos polisilícicos, es, junto con el monomérico Dynasylan® A, el éster de silícico más importante a nivel industrial. Dynasylan® 40 se forma en presencia de agua de tetraetil silicato por hidrólis...Vea Mas Dynasylan® 40, una mezcla de éster etílico de diferentes ácidos polisilícicos, es, junto con el monomérico Dynasylan® A, el éster de silícico más importante a nivel industrial. Dynasylan® 40 se forma en presencia de agua de tetraetil silicato por hidrólisis parcial de los grupos etoxilo a grupos hidroxilos y su subsecuente condensación con formación de enlaces siloxanos. Dynasylan® 40 es un líquido incoloro de baja viscosidad con un contenido de SiO2 del 40%. Los ácidos polisilícicos pueden tener suficiente contenido de grupos etoxilo que se pueden activar mediante ácido o hidrólisis catalizada base. La condensación comienza incluso durante la hidrólisis, con la formación de moléculas poliméricas relativamente largas. Durante el almacenamiento de estos hidrolizados, la condensación continúa hasta que se forma un gel en el que la tasa depende del grado de hidrólisis. La acción de los hidrolizados como enlaces se basa en la continuación de la hidrólisis con la subsecuente gelificación y deshidratación para producir estructuras poliméricas SiO2. Vea Menos | |
| Dynasylan® 9165 | Evonik Operations GmbH, BL Silanes | Dynasylan® 9165, un silano fenil-funcional, modifica la superficie de los materiales inorgánicos y es un importante componente en sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Este producto es considerado trifuncional ya que los tres grupos...Vea Mas Dynasylan® 9165, un silano fenil-funcional, modifica la superficie de los materiales inorgánicos y es un importante componente en sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Este producto es considerado trifuncional ya que los tres grupos alquílicos se pueden hidrolizar. Dynasylan® 9165 también contiene un grupo fenilo que brinda excelente estabilidad térmica y aporta flexibilidad a los sistemas de revestimiento sol-gel. Vea Menos | |
| Dynasylan® 9265 | Evonik Operations GmbH, BL Silanes | Dynasylan® 9265, un silano fenil-funcional, modifica la superficie de los materiales inorgánicos y es un importante componente en sistemas sol-gel. Dynasylan® 9265 es un líquido incoloro de baja viscosidad. Dynasylan® 9265 es considerado trifuncional ya q...Vea Mas Dynasylan® 9265, un silano fenil-funcional, modifica la superficie de los materiales inorgánicos y es un importante componente en sistemas sol-gel. Dynasylan® 9265 es un líquido incoloro de baja viscosidad. Dynasylan® 9265 es considerado trifuncional ya que los tres grupos alquílicos se pueden hidrolizar. Dynasylan® 9265 también contiene un grupo fenilo que brinda excelente estabilidad térmica y aporta flexibilidad a los sistemas de revestimiento sol-gel. . Vea Menos | |
| Dynasylan® A | Evonik Operations GmbH, BL Silanes | Dynasylan® A, el ester etílico de ácido ortosilícico es el tetra alquil silicato más importante en la industria. En la bibliografía se lo suele mencionar con el nombre TEOS (tetraetoxisilano). Dynasylan® A es un líquido incoloro de baja viscosidad con un ...Vea Mas Dynasylan® A, el ester etílico de ácido ortosilícico es el tetra alquil silicato más importante en la industria. En la bibliografía se lo suele mencionar con el nombre TEOS (tetraetoxisilano). Dynasylan® A es un líquido incoloro de baja viscosidad con un contenido de SiO2 del 28,5%. Para su uso se requiere hidrólisis mediante catálisis ácida o alcalina. Dado que los 4 grupos etoxilo pueden participar en esta reacción, Dynasylan® A es considerado tetrafuncional. La hidrólisis produce grupos de silanol que, en una reacción de condensación subsecuente, forman enlaces de siloxano (-Si-O-Si-). La condensación comienza antes de que se complete la hidrólisis. Durante el almacenaje continúa la condensación del hidrolizado continúa hasta que se forma un gel. La tasa de formación del gel depende de la concentración del agua. Vea Menos | |
| Dynasylan® M | Evonik Operations GmbH, BL Silanes | Dynasylan® A, el ester metílico de ácido ortosilícico, es un tetra alquil silicato cada vez más importante y más utilizado en los procesos sol-gel. En la bibliografía se lo suele mencionar con el nombre TMOS (tetrametoxisilano). Dynasylan® M es un líquido...Vea Mas Dynasylan® A, el ester metílico de ácido ortosilícico, es un tetra alquil silicato cada vez más importante y más utilizado en los procesos sol-gel. En la bibliografía se lo suele mencionar con el nombre TMOS (tetrametoxisilano). Dynasylan® M es un líquido entre incoloro y levemente amarillento de baja viscosidad con un contenido de SiO2 del 39,5%. Para su uso no se requiere hidrólisis mediante catálisis ácida o alcalina. Dynasylan® M se hidroliza fácilmente agregando agua. Dado que los 4 grupos metoxilo pueden participar en esta reacción, Dynasylan® M es considerado tetrafuncional. La hidrólisis produce grupos de silanol que, en una reacción de condensación subsecuente, forman enlaces de siloxano (-Si-O-Si-). La condensación comienza antes de que se complete la hidrólisis. Durante el almacenaje la condensación del hidrolizado continúa hasta que se forma un gel. La tasa de formación del gel depende del grado de hidrólisis. Vea Menos | |
| Dynasylan® MTES | Evonik Operations GmbH, BL Silanes | Dynasylan® MTES, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Dynasylan® MTES es un líquido incoloro de baja viscosidad. Para su uso se requiere hidrólisis mediante catálisis ácida o alcalina. Dynasylan® MTES se...Vea Mas Dynasylan® MTES, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Dynasylan® MTES es un líquido incoloro de baja viscosidad. Para su uso se requiere hidrólisis mediante catálisis ácida o alcalina. Dynasylan® MTES se considera trifuncional porque sus tres grupos alcoxi pueden participar en esta reacción. Por otra parte, Dynasylan® MTES contiene un grupo metilo que agrega un carácter orgánico a los productos. La hidrólisis genera los grupos silanol que, en una reacción de condensación subsecuente, forma enlaces siloxanos (-Si-O-Si-) muy estables. La condensación se produce paralelamente a la hidrólisis una vez que se forma cierta cantidad de grupos silanol. Las tasas de hidrólisis y condensación absolutas y relativas depende de diversos factores. Los más importantes son el pH, la concentración, el solvente, la temperatura y el catalizador. Vea Menos | |
| Dynasylan® MTMS | Evonik Operations GmbH, BL Silanes | Dynasylan® MTMS, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Dynasylan® MTMS se considera trifuncional porque sus tres grupos alcoxi pueden hirolizarse. Por otra parte, e...Vea Mas Dynasylan® MTMS, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Dynasylan® MTMS se considera trifuncional porque sus tres grupos alcoxi pueden hirolizarse. Por otra parte, este producto contiene un grupo metilo que agrega un carácter orgánico a los productos. La hidrólisis genera los grupos silanol que, en una reacción de condensación subsecuente, forma enlaces siloxanos (-Si-O-Si-) muy estables. La condensación se produce paralelamente a la hidrólisis una vez que se forma cierta cantidad de grupos silanol. Las tasas de hidrólisis y condensación absolutas y relativas depende de diversos factores. Los más importantes son el pH, la concentración, el solvente, la temperatura y el catalizador. Vea Menos | |
| Dynasylan® PTEO | Evonik Operations GmbH, BL Silanes | Dynasylan® PTEO, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Dynasylan® PTEO se considera trifuncional porque sus tres grupos alcoxi pueden hidrolizarse. Por otra parte...Vea Mas Dynasylan® PTEO, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Dynasylan® PTEO se considera trifuncional porque sus tres grupos alcoxi pueden hidrolizarse. Por otra parte, Dynasylan® PTEO contiene un grupo propilo que agrega un carácter hidrofóbico a los revestimientos. La hidrólisis genera los grupos silanol que, en una reacción de condensación subsecuente, forma enlaces siloxanos (-Si-O-Si-) muy estables. La condensación se produce paralelamente a la hidrólisis una vez que se forma cierta cantidad de grupos silanol. Las tasas de hidrólisis y condensación absolutas y relativas depende de diversos factores. Los más importantes son el pH, la concentración, el solvente, la temperatura y el catalizador. Vea Menos | |
| Dynasylan® PTMO | Evonik Operations GmbH, BL Silanes | Dynasylan® PTMO, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Dynasylan® PTMO se considera trifuncional porque sus tres grupos alcoxi pueden hidrolizarse. Por otra parte,...Vea Mas Dynasylan® PTMO, que es un alquiltrialcoxisilano, es un componente importante en los sistemas sol-gel. Es un líquido incoloro de baja viscosidad. Dynasylan® PTMO se considera trifuncional porque sus tres grupos alcoxi pueden hidrolizarse. Por otra parte, Dynasylan® PTEO contiene un grupo propilo que agrega un carácter hidrofóbico a los revestimientos sol-gel. La hidrólisis genera los grupos silanol que, en una reacción de condensación subsecuente, forma enlaces siloxanos (-Si-O-Si-) muy estables. La condensación se produce paralelamente a la hidrólisis una vez que se forma cierta cantidad de grupos silanol. Las tasas de hidrólisis y condensación absolutas y relativas depende de diversos factores. Los más importantes son el pH, la concentración, el solvente, la temperatura y el catalizador. Vea Menos | |
| Glycerine 99.7% | Acme Hardesty Co. | Glycerine 99.7% is one of the most versatile and safest chemicals available. It is used as an intermediate, softener and a plasticizer. This product can be either shipped in as small as a few drums or as large as a rail-car. | Request Sample |
| Hartben MC 53 | Benasedo | Hartben MC 53 is used in one-pack glossy and mat lacquers for parquets and concrete floors. This product is a moisture-curing aromatic prepolymer, with a Xylene/M.P.A. solvent and a 60% solids level. This product as a viscosity [G.H.] of K-O, a colour [G....Vea Mas Hartben MC 53 is used in one-pack glossy and mat lacquers for parquets and concrete floors. This product is a moisture-curing aromatic prepolymer, with a Xylene/M.P.A. solvent and a 60% solids level. This product as a viscosity [G.H.] of K-O, a colour [G.H.] maximum of 3, an NCO of 6.0-6.5%, and a free monomer of 1% maximum. Vea Menos | |
| Hydrorene 33 | S.A.P.I.C.I. SpA | Hydrorene 33 is a water-dispersible isocyanate. This product has good chemical and abrasion resistance. It can be used in acrylic and polyurethane waterborne systems, in order to create high gloss topcoats or 2K waterborne varnishes. | |
| Hydrorene AW 1 | S.A.P.I.C.I. SpA | Hydrorene AW 1 is a water-dispersible isocyanate. This product can be used in 2k waterborne varnishes with good chemical or abrasion resistance. It can also be used in adhesives. | |
| JEFFSOL® Ethylene Carbonate | Huntsman Performance Products | JEFFSOL® Ethylene Carbonate is an excellent solvent for many organic and inorganic materials in such applications as surface coatings, dyes, fibers, plastics, and batteries. It is also an excellent reactive intermediate for selective alkoxylation, transes...Vea Mas JEFFSOL® Ethylene Carbonate is an excellent solvent for many organic and inorganic materials in such applications as surface coatings, dyes, fibers, plastics, and batteries. It is also an excellent reactive intermediate for selective alkoxylation, transesterification, and carbamate formation. Vea Menos | |
| JEFFSOL® GLYCERINE CARBONATE | Huntsman Performance Products | Its hydroxyl functionality allows it to participate in a number of reactive processes in addition to the already exhaustive list for which simple alkyl-substituted alkylene carbonates find use. | |
| JEFFSOL® PROPYLENE CARBONATE | Huntsman Performance Products | An excellent solvent for many organic and inorganic materials in such applications as surface cleaners, degreasers, dyes, fibers, plastics, batteries, aromatic hydrocarbons, and natural gas. A gellant for clays and a binder for foundry sand molds. | |
| KURARAY POLYOL C-1090 | Kuraray America, Inc. | Es un grado súper hidrolizado de copolímero del etileno-vinilo de alcohol soluble en agua que logra la compatibilidad de la resistencia al agua y la estabilidad de la viscosidad. | |
| KURARAY POLYOL C-2090 | Kuraray America, Inc. | Un nuevo polímero soluble en agua que proporciona buena resistencia al agua y suficiente estabilidad de la viscosidad de su solución acuosa. | |
| KURARAY POLYOL C-3090 | Kuraray America, Inc. | Un nuevo polímero soluble en agua que proporciona una buena resistencia al agua y a suficiente estabilidad de la viscosidad de su solución acuosa. | |
| KURARAY POLYOL P-1010 | Kuraray America, Inc. | Poliol líquido de policarbonato que soporta sus nuevos proyectos de: revestimiento de cuero de alta calidad, capa dura que se quiebra-menos/floreciente-menos de la Poliuretano sustancia-resistente, emulsión a estrenar del uretano, acrilato flexible del u...Vea Mas Poliol líquido de policarbonato que soporta sus nuevos proyectos de: revestimiento de cuero de alta calidad, capa dura que se quiebra-menos/floreciente-menos de la Poliuretano sustancia-resistente, emulsión a estrenar del uretano, acrilato flexible del uretano. Vea Menos | |
| KURARAY POLYOL P-1011 | Kuraray America, Inc. | Poliol líquido del policarbonato el cual utiliza sus nuevos proyectos: capa de cuero de alta calidad, capa dura que se quiebra-menos/floreciente-menos de la Poliuretano sustancia-resistente, emulsión a estrenar del uretano, acrilato flexible del uretano...Vea Mas Poliol líquido del policarbonato el cual utiliza sus nuevos proyectos: capa de cuero de alta calidad, capa dura que se quiebra-menos/floreciente-menos de la Poliuretano sustancia-resistente, emulsión a estrenar del uretano, acrilato flexible del uretano. Vea Menos | |
| KURARAY POLYOL P-1012 | Kuraray America, Inc. | Poliol líquido del policarbonato del cual utiliza sus nuevos proyectos: capa de cuero de gama alta, capa dura que se quiebra-menos/floreciente-menos de la Poliuretano sustancia-resistente, emulsión a estrenar del uretano, acrilato flexible del uretano. | |
| KURARAY POLYOL P-1020 | Kuraray America, Inc. | Poliol no cristalino de poliéster y de viscosidad baja de los cuales utiliza sus nuevos proyectos: Poliuretano de dos componentes con el Poliuretano nto bajo/menos VOC (Compuesto Organico Volatil), claro y revestimiento transparente, TPoliuretano suave...Vea Mas Poliol no cristalino de poliéster y de viscosidad baja de los cuales utiliza sus nuevos proyectos: Poliuretano de dos componentes con el Poliuretano nto bajo/menos VOC (Compuesto Organico Volatil), claro y revestimiento transparente, TPoliuretano suave sin el plastificante, acrilato flexible de uretano, modificación de la resina del poliéster. Vea Menos | |
| KURARAY POLYOL P-2010 | Kuraray America, Inc. | Poliol líquido del poliéster el cual utiliza sus nuevos proyectos: Poliuretano resistente pero suave, agente adhesivo potente, nuevo tipo de emulsión del uretano, acrilato flexible de uretano. | |
| KURARAY POLYOL P-2011 | Kuraray America, Inc. | Poliol líquido del poliéster el cual utiliza sus nuevos proyectos: Poliuretano resistente pero suave, agente adhesivo potente, nuevo tipo de emulsión de uretano, acrilato flexible de uretano. | |
| KURARAY POLYOL P-2012 | Kuraray America, Inc. | Poliol de poliéster de tereftalato de MPD que es adecuado para: Poliuretano resistente pero suave, agente adhesivo potente, nuevo tipo de emulsión de uretano, acrilato flexible de uretano. | |
| KURARAY POLYOL P-2020 | Kuraray America, Inc. | Poliol no cristalino del poliéster de viscosidad baja que utiliza sus nuevos proyectos: Poliuretano de dos componentes con el Poliuretano nto bajo/menos VOC (Compuesto Organico Volatil), claro y revestimiento transparente, TPoliuretano suave sin plasti...Vea Mas Poliol no cristalino del poliéster de viscosidad baja que utiliza sus nuevos proyectos: Poliuretano de dos componentes con el Poliuretano nto bajo/menos VOC (Compuesto Organico Volatil), claro y revestimiento transparente, TPoliuretano suave sin plastificante, acrilato flexible de uretano, modificación de la resina del poliéster. Vea Menos | |
| KURARAY POLYOL P-3010 | Kuraray America, Inc. | Poliol líquido de poliéster que utiliza sus nuevos proyectos: Poliuretano resistente pero suave, agente adhesivo potente, nuevo tipo de emulsión de uretano, acrilato flexible de uretano. | |
| KURARAY POLYOL P-4010 | Kuraray America, Inc. | Poliol líquido del poliéster que utiliza sus nuevos proyectos: Poliuretano resistente pero suave, agente adhesivo potente, nuevo tipo de emulsión de uretano, acrilato flexible de uretano. | |
| KURARAY POLYOL P-5010 | Kuraray America, Inc. | Poliol líquido del poliéster que utiliza sus nuevos proyectos: Poliuretano resistente pero suave, agente adhesivo potente, nuevo tipo de emulsión de uretano, acrilato flexible de uretano. | |
| Nippollan 1004 | Tosoh Corporation | Nippollan 1004, in the form of a pale yellow liquid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 1100 | Tosoh Corporation | Nippollan 1100, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining wit...Vea Mas Nippollan 1100, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with Coronate® HX, HL, or L and its applications include coatings for plastic, wood, metal, and adhesives. Vea Menos | |
| Nippollan 121E | Tosoh Corporation | Nippollan 121E, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining wit...Vea Mas Nippollan 121E, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with Coronate® HX, HL, or L and its applications include coatings for plastic, wood, and metal. Vea Menos | |
| Nippollan 125P | Tosoh Corporation | Nippollan 125P, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining wit...Vea Mas Nippollan 125P, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with Coronate® HX, HL, or L and its applications include coatings for plastic, wood, and metal. Vea Menos | |
| Nippollan 131 | Tosoh Corporation | Nippollan 131, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with...Vea Mas Nippollan 131, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with Coronate® HX, HL, or L and its applications include coatings for plastic, wood, metal, and adhesives. Vea Menos | |
| Nippollan 136 | Tosoh Corporation | Nippollan 136, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 141 | Tosoh Corporation | Nippollan 141, in the form of a yellow liquid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 152 | Tosoh Corporation | Nippollan 152, in the form of a pale yellow liquid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 163 | Tosoh Corporation | Nippollan 163, in the form of a pale yellow liquid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 164 | Tosoh Corporation | Nippollan 164, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 179P | Tosoh Corporation | Nippollan 179P, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining wit...Vea Mas Nippollan 179P, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with Coronate® HX, HL, or L and its applications include coatings for plastic, wood, and metal. Vea Menos | |
| Nippollan 3027 | Tosoh Corporation | Nippollan 3027, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 4002 | Tosoh Corporation | Nippollan 4002, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 4009 | Tosoh Corporation | Nippollan 4009, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 4010 | Tosoh Corporation | Nippollan 4010, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 4040 | Tosoh Corporation | Nippollan 4040, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 4042 | Tosoh Corporation | Nippollan 4042, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 4073 | Tosoh Corporation | Nippollan 4073, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 5018 | Tosoh Corporation | Nippollan 5018, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 5035 | Tosoh Corporation | Nippollan 5035, in the form of a white solid, is a polyester polyol for elastomers. It has applications in coatings, TPU (thermos set urethanes), adhesives, and more. | |
| Nippollan 800 | Tosoh Corporation | Nippollan 800, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with...Vea Mas Nippollan 800, in the form of a pale yellow liquid, is polyester polyols that is synthesized from the combination of aromatic or aliphatic carboxylic acids and many kinds of glycols. An extensive range of coating resins can be obtained when combining with Coronate® HX, HL, or L and its applications include coatings for plastic, wood, metal, and adhesives. Vea Menos | |
| Nippollan 963 | Tosoh Corporation | Nippollan 963, in the form of a clear liquid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, an...Vea Mas Nippollan 963, in the form of a clear liquid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, and more. Vea Menos | |
| Nippollan 964 | Tosoh Corporation | Nippollan 964, in the form of a clear liquid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, an...Vea Mas Nippollan 964, in the form of a clear liquid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, and more. Vea Menos | |
| Nippollan 980R | Tosoh Corporation | Nippollan 980R, in the form of a white solid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, an...Vea Mas Nippollan 980R, in the form of a white solid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, and more. Vea Menos | |
| Nippollan 981 | Tosoh Corporation | Nippollan 981, in the form of a white solid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, and...Vea Mas Nippollan 981, in the form of a white solid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, and more. Vea Menos | |
| Nippollan 982R | Tosoh Corporation | Nippollan 982R, in the form of a pale yellow liquid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastom...Vea Mas Nippollan 982R, in the form of a pale yellow liquid, is a polycarbonate diol (PCD) that possess good water resistance, durability, weather resistance, and heat resistance by combination with isocyanates. It has applications in coatings, adhesives, elastomers, and more. Vea Menos | |
| PC-61 | Tosoh Corporation | PC-61, in the form of a pale yellow liquid, is a polycarbonate polyol that has applications in coatings, adhesives, elastomers, and more. | |
| PLACCEL 205UC | Daicel (U.S.A.), Inc. | PLACCEL 205UC was developed for synthesizing urethane acrylate oligomers. PLACCEL 205UC is characterized for its narrow molecular weight distribution and its low acid value. Urethane acrylates made from PLACCEL 205UC show low viscosity and low crystalline...Vea Mas PLACCEL 205UC was developed for synthesizing urethane acrylate oligomers. PLACCEL 205UC is characterized for its narrow molecular weight distribution and its low acid value. Urethane acrylates made from PLACCEL 205UC show low viscosity and low crystalline when compared to adipate polyesters. And the coat which be curing by ultraviolet(UV) or electron beam(EB) shows high flexibility, good hydrolysis resistance and weathering resistance. The recommended applications of these urethane acrylate oligomers are UV coating, UV binder, and UV adhesives, UV ink, etc. to various base materials. Vea Menos | |
| PLACCEL 208 | Daicel (U.S.A.), Inc. | PLACCEL 208 is general purpose type polycaplolactone diol and its molecular weight is 830. Polycaprolactone diols have more excellent UV resistance and heat resistance than polyether diols, and a higher water resistance than adipate based polyester diols....Vea Mas PLACCEL 208 is general purpose type polycaplolactone diol and its molecular weight is 830. Polycaprolactone diols have more excellent UV resistance and heat resistance than polyether diols, and a higher water resistance than adipate based polyester diols. PLACCEL 208 can be used as modifying agents, such as polyurethane, paint resin, and epoxy resin. Especially, the polyurethane of 208 bases is excellent in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics, and it can be used for many fields, such as an elastomer, foam, spandex, adhesives, and artificial suede. Vea Menos | |
| PLACCEL 210 | Daicel (U.S.A.), Inc. | PLACCEL 210 is general-purpose type polycaplolactone diol which is the molecular weight 1000. Since it is manufactured by the ring-opening-polymerization reaction of the diol with epsilon-caprolactone, control of hydroxyl group value is exact and there is...Vea Mas PLACCEL 210 is general-purpose type polycaplolactone diol which is the molecular weight 1000. Since it is manufactured by the ring-opening-polymerization reaction of the diol with epsilon-caprolactone, control of hydroxyl group value is exact and there is no variation in quality. PLACCEL 210 can be used as modifying agents, such as polyurethane, paint resin, and epoxy resin. Especially, the polyurethane of 210 bases is excellent in durability, hydrolysis resistance, oil resistance, heat resistance and low-temperature characteristics, and it can be used for many fields, such as an elastomer, foam, spandex, adhesives, and artificial suede. Vea Menos | |
| PLACCEL 210CP | Daicel (U.S.A.), Inc. | PLACCEL 210CP is characterized for its low crystallization. In addition, it is more narrow molecular weight distribution than PLACCEL 210 which is general-purpose type. The recommended applications of these polyurethane made from PLACCEL 210CP are elastom...Vea Mas PLACCEL 210CP is characterized for its low crystallization. In addition, it is more narrow molecular weight distribution than PLACCEL 210 which is general-purpose type. The recommended applications of these polyurethane made from PLACCEL 210CP are elastomer, synthetic/artificial leather, adhesive, binder and spandex. Polyurethane elastomers made from PLACCEL 210CP show good compression set, elastic recovery and hydrolysis resistance. Vea Menos | |
| PLACCEL 210N | Daicel (U.S.A.), Inc. | PLACCEL 210N is characterized for its narrow molecular weight distribution. Polyurethane elastomers made from PLACCEL 210N show excellent abrasion resistance and compression permanent set resistance. The recommended applications of these polyurethane elas...Vea Mas PLACCEL 210N is characterized for its narrow molecular weight distribution. Polyurethane elastomers made from PLACCEL 210N show excellent abrasion resistance and compression permanent set resistance. The recommended applications of these polyurethane elastomers are solid tires, rollers, scratching blades of toner for copy machines. Because of their low content of low molecule oligomer unit, the so-called “blooming” is not likely to occur. Vea Menos | |
| PLACCEL 220N | Daicel (U.S.A.), Inc. | PLACCEL 220 is polycaplolactone diol and its molecular weight is 2000. Polycaprolactone diols have more excellent UV resistance and heat resistance than polyether diols, and a higher water resistance than adipate based polyester diols. In particular, PLAC...Vea Mas PLACCEL 220 is polycaplolactone diol and its molecular weight is 2000. Polycaprolactone diols have more excellent UV resistance and heat resistance than polyether diols, and a higher water resistance than adipate based polyester diols. In particular, PLACCEL 220N is characterized for its narrow molecular weight distribution. Polyurethane elastomers made from PLACCEL 220N show excellent abrasion resistance and compression permanent set resistance. The recommended applications of these polyurethane elastomers are solid tires, rollers, scratching blades of toner for copy machines. Because of their low content of low molecule oligomer unit, the so-called “blooming” is not likely to occur. Vea Menos | |
| PLACCEL 305 | Daicel (U.S.A.), Inc. | PLACCEL 305 is polycaplolactone triol and its molecular weight is 550. Since it is manufactured by the ring opening polymerization reaction of the triol with epsilon-caprolactone, control of hydroxyl group value is exact and there is no variation in quali...Vea Mas PLACCEL 305 is polycaplolactone triol and its molecular weight is 550. Since it is manufactured by the ring opening polymerization reaction of the triol with epsilon-caprolactone, control of hydroxyl group value is exact and there is no variation in quality. PLACCEL 305 is raw material of CASE (Coating, Adhesion, Sealant Elastomer). It can be used as modifying agents or cross linking agent such as polyurethane, paint resin, and epoxy resin. Flexibility can be given to various resins by using PLACCEL 305. Vea Menos | |
| PLACCEL 309 | Daicel (U.S.A.), Inc. | PLACCEL 309 is polycaplolactone triol and its molecular weight is 900. Since it is manufactured by the ring opening polymerization reaction of the triol with epsilon-caprolactone, control of hydroxyl group value is exact and there is no variation in quali...Vea Mas PLACCEL 309 is polycaplolactone triol and its molecular weight is 900. Since it is manufactured by the ring opening polymerization reaction of the triol with epsilon-caprolactone, control of hydroxyl group value is exact and there is no variation in quality. PLACCEL 309 is raw material of CASE (Coating, Adhesion, Sealant Elastomer). It can be used as modifying agents or cross linking agent such as polyurethane, paint resin, and epoxy resin. Flexibility can be given to various resins by using PLACCEL 309. Vea Menos | |
| PLACCEL 410 | Daicel (U.S.A.), Inc. | PLACCEL 410 is a polycaprolactone-tetraol which has four primary hydroxyl groups. It can be used as a urethane resin cross-linking agent and raw material for coatings. It can form advanced bridge structure, as well as maintain flexibility. | |
| PLACCEL FM2D | Daicel (U.S.A.), Inc. | PLACCEL FM2D is macro monomer with a methacrylic double bond and a primary hydroxyl group. Primary hydroxyl groups in the acrylpolyol resin are composed by a copolymerization of the PLACCEL FM series. These are located at the end of a flexible polycaprola...Vea Mas PLACCEL FM2D is macro monomer with a methacrylic double bond and a primary hydroxyl group. Primary hydroxyl groups in the acrylpolyol resin are composed by a copolymerization of the PLACCEL FM series. These are located at the end of a flexible polycaprolactone chain and far from the main chain of structure. Consequently, the resins can be easily reacted with melamine or other hardening agent such as polyisocyanate to complete crosslinking. This results in elastic and strong coating films. Vea Menos | |
| PLACCEL L320AL | Daicel (U.S.A.), Inc. | PLACCEL L320AL is a liquid polycaprolactone-triol. Ordinary polycaprolactone-polyols of high molecular weight are a waxy substance with high crystalline material. PLACCEL L320AL is a part of a series that are amorphous and viscous liquid of polycaprolacto...Vea Mas PLACCEL L320AL is a liquid polycaprolactone-triol. Ordinary polycaprolactone-polyols of high molecular weight are a waxy substance with high crystalline material. PLACCEL L320AL is a part of a series that are amorphous and viscous liquid of polycaprolactone-polyols. This liquid polycaprolactone-polyols are easier to handle than the other waxy ones. Besides, we can make a polyurethane which has an excellent mechanical property such as good elastic recovery by using the liquid polycaprolactone-polyols. Consequently, PLACCEL L series have a wide range of applications which are urethane adhesive, urethane binder for graver ink, polyurethane elastomer and plasticizer for paint and epoxy-resin. Vea Menos | |
| Polurene LP 100 LV | S.A.P.I.C.I. SpA | Polurene LP 100 LV is a polyurethane prepolymer containing blocked isocyanic groups. This product has good rheology and can be used to improve the flexibility of epoxy systems. It is designed for use in adhesives. | |
| Polurene LP 100 NFF | S.A.P.I.C.I. SpA | Polurene LP 100 NFF is a TDI-based polyurethane prepolymer containing blocked isocyanic groups. This product has good rheology and does not release any nonyl-phenoles, which reduces its hazard classification. It can be used as an adhesive in improving t...Vea Mas Polurene LP 100 NFF is a TDI-based polyurethane prepolymer containing blocked isocyanic groups. This product has good rheology and does not release any nonyl-phenoles, which reduces its hazard classification. It can be used as an adhesive in improving the flexibility of epoxy systems. Vea Menos | |
| Polurene LP 1810 | S.A.P.I.C.I. SpA | Polurene LP 1810 is a TDI-based polyurethane prepolymer containing blocked isocyanic groups. This product is used in combination for aliphatic diamines for solvent-free coatings. It can be formulated in 1K stoving enamel applications for automotives and...Vea Mas Polurene LP 1810 is a TDI-based polyurethane prepolymer containing blocked isocyanic groups. This product is used in combination for aliphatic diamines for solvent-free coatings. It can be formulated in 1K stoving enamel applications for automotives and coil coatings. Vea Menos | |
| Polurene MD 60 AB | S.A.P.I.C.I. SpA | Polurene MD 60 AB is a polyfunctional polyisocyanate prepolymer based on MDI. This product dries quickly with good flexibility. It can be used in coatings. When used in combination with isocyanurates, it can improve scratch resistance and overcoating t...Vea Mas Polurene MD 60 AB is a polyfunctional polyisocyanate prepolymer based on MDI. This product dries quickly with good flexibility. It can be used in coatings. When used in combination with isocyanurates, it can improve scratch resistance and overcoating tendencies, resulting in a smooth surface with good brightness. It also improves adhesion on difficult substrates. Vea Menos | |
| Polurene MD 70 AE | S.A.P.I.C.I. SpA | Polurene MD 70 AE is a polyfunctional polyisocyanate prepolymer based on MDI. This product dries quickly with good flexibility. When used in combination with isocyanates, it improves scratch resistance and overcoatings giving a smooth surface and good b...Vea Mas Polurene MD 70 AE is a polyfunctional polyisocyanate prepolymer based on MDI. This product dries quickly with good flexibility. When used in combination with isocyanates, it improves scratch resistance and overcoatings giving a smooth surface and good brightness. It can be used in 1K barrier coatings for wood with high oil content. Vea Menos | |
| Polurgreen M 570 | S.A.P.I.C.I. SpA | Polurgreen M 570 is a prepolymer. This product cures quickly with good abrasion resistance and elasticity. It can be used in matt or high gloss parquet coatings. Polurgreen M 570 is particularly recommended for the formulation of low-viscosity systems ...Vea Mas Polurgreen M 570 is a prepolymer. This product cures quickly with good abrasion resistance and elasticity. It can be used in matt or high gloss parquet coatings. Polurgreen M 570 is particularly recommended for the formulation of low-viscosity systems with high solids content. It contains less than .5% TDI isocyanates. Vea Menos | |
| Polyester Actylate SP 300 | Soltech Ltd | Polyester Actylate SP 300 is a self initiation prepolymer without photo-initiator that is designed to prevent yellowing, extraction, and residual odors after curing. Common applications of this product include PVC floor coatings, ABS coatings, and food pa...Vea Mas Polyester Actylate SP 300 is a self initiation prepolymer without photo-initiator that is designed to prevent yellowing, extraction, and residual odors after curing. Common applications of this product include PVC floor coatings, ABS coatings, and food packaging. Polyester Actylate SP 300 is 100% polymer solid by weight with a viscosity of 500-4,000 at 60℃. Vea Menos | |
| Priplast™ 1838 Polyester Diol | Croda Coatings & Polymers | Poliol de poliéster a base de acido graso dímero, bloque básico de construcción para los adhesivos PU (Poliuretano), sellantes y elastómeros que proporcionan una hidrofobicidad extrema, color y durabilidad excelente y buenas propiedades de flujo y de hum...Vea Mas Poliol de poliéster a base de acido graso dímero, bloque básico de construcción para los adhesivos PU (Poliuretano), sellantes y elastómeros que proporcionan una hidrofobicidad extrema, color y durabilidad excelente y buenas propiedades de flujo y de humectación en los substratos no polares, como los plásticos. Vea Menos | |
| Priplast™ 1839 Polyester Diol | Croda Coatings & Polymers | Diol de poliéster con un valor de acidez de 1. | |
| Priplast™ 3162 Polyester Diol | Croda Coatings & Polymers | Diol de poliéster. | |
| Priplast™ 3172 Polyester Diol | Croda Coatings & Polymers | Diol de poliéster con un rango de valor de hidróxido de 35 a 41. | |
| Priplast™ 3186 Polyester Polyol | Croda Coatings & Polymers | Poliol de poliéster a base de acido graso dímero, bloque básico de construcción para los adhesivos reticulados de PU (Poliuretano), espumas y sellantes; proporciona una excelente estabilidad hidrolítica y repelencia al agua. | |
| Priplast 3187 | Cargill Industrial Specialties | Priplast 3187 is a dimer fatty acid based polyester polyols building block for PU adhesives, sealants and elastomers; provides high flexibility at very low temperatures, and good compatibility to low polar components. | |
| Priplast™ 3190 | Croda Coatings & Polymers | Poliol de poliéster a base de acido graso dímero, líquido, semi-cristalino, bloque básico de construcción para revestimientos de PU (Poliuretano), adhesivos y sellantes con buena compatibilidad con los polioles de poliéter y poliéster. | |
| Priplast™ 3192 | Croda Coatings & Polymers | Poliol de poliéster a base de acido graso dímero, semi-cristalino, bloque básico de construcción para revestimientos de PU (Poliuretano) y adhesivos con excelente resistencia hidrolítica y propiedades mecánicas. |
