| 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). | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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....もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| 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...もっと表示する 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. 表示を減らす | |
| PLACCEL M | Daicel (U.S.A.), Inc. | PLACCEL M is 7 membered-lactone (epsilon-caprolactone) and is mainly used as monomer for ring-opening polymerization with polyols to manufacture polycaprolactone. With its excellent chemical reactivity, various kinds of resins and organic compounds can be...もっと表示する PLACCEL M is 7 membered-lactone (epsilon-caprolactone) and is mainly used as monomer for ring-opening polymerization with polyols to manufacture polycaprolactone. With its excellent chemical reactivity, various kinds of resins and organic compounds can be modified by PLACCEL M to improve compatibility, solubility, flexibility and reactivity. 表示を減らす |
