| Aptalon™ M8100 | Lubrizol Advanced Materials, Inc. | Aptalon™ M8100 is a water-borne, self-crosslinking polyurethane dispersion using patented polyamide polyol technology. This resin chemistry provides excellent hydrolysis resistance, hardness, and chemical resistance that outperforms typical waterborne pol...view more Aptalon™ M8100 is a water-borne, self-crosslinking polyurethane dispersion using patented polyamide polyol technology. This resin chemistry provides excellent hydrolysis resistance, hardness, and chemical resistance that outperforms typical waterborne polyurethane chemistries. Aptalon M8100 is a 1K dispersion designed for high performance metal applications. This product will meet the performance properties of many 2K solvent-borne finishes without the need for external cross-linkers. Aptalon M8100 has no intentionally added NMP, NEP, and APEO which allows for global formulation compliance. view less | |
| Aptalon™ W 8062 | Lubrizol Advanced Materials, Inc. | Aptalon™ W 8062 is a 1 K water-borne, self-crosslinking polyurethane dispersion using patented polyamide polyol technology. This resin chemistry provides excellent resistance to hydrolysis, chemicals, and abrasion while still imparting superior hardness. ...view more Aptalon™ W 8062 is a 1 K water-borne, self-crosslinking polyurethane dispersion using patented polyamide polyol technology. This resin chemistry provides excellent resistance to hydrolysis, chemicals, and abrasion while still imparting superior hardness. These attributes make AptalonTM W 8062 ideal for a wide array of applications, such as high-performance wood flooring applications, as it exhibits excellent wear in high traffic areas and on sports floors. view less | |
| Aptalon™ W8030 | Lubrizol Advanced Materials, Inc. | Aptalon™ W8030 has a naturally low gloss that allows for the reduction or elimination of matting additives that are typically required in low gloss coatings. This resin is a water-borne, self-crosslinking, self-matting polyurethane dispersion using patent...view more Aptalon™ W8030 has a naturally low gloss that allows for the reduction or elimination of matting additives that are typically required in low gloss coatings. This resin is a water-borne, self-crosslinking, self-matting polyurethane dispersion using patented polyamide polyol technology. Aptalon W8030 provides excellent hydrolysis resistance, hardness, and chemical resistance that outperforms other water-borne polyurethane chemistries. This product is a 1K dispersion designed for high performance applications, and will meet the performance properties of many 2K solvent-borne finishes without the need for external cross-linkers. Aptalon W8030 has no intentionally added NMP, NEP, and APEO which allows for global formulation compliance. view less | |
| Aptalon™ W8060 | Lubrizol Advanced Materials, Inc. | Aptalon™ W8060 is a water-borne, self-crosslinking polyurethane dispersion using patented AptalonTM polyamide polyol technology. Aptalon W8060 is designed for high performance wood flooring applications. Aptalon W8060 is NMP, NEP, and APEO free which allo...view more Aptalon™ W8060 is a water-borne, self-crosslinking polyurethane dispersion using patented AptalonTM polyamide polyol technology. Aptalon W8060 is designed for high performance wood flooring applications. Aptalon W8060 is NMP, NEP, and APEO free which allows for globally compliant formulations. Coating formulations made with Aptalon technology are designed to deliver very high performance properties in a 1 component system. Patented Aptalon backbone chemistry gives the resin hydrolysis resistance, hardness, and chemical resistance that out performs other waterborne polyurethane chemistries. Formulated Aptalon W8060 has performance matching or exceeding a 2K water-borne finish without the need for external cross-linkers. view less | |
| Carboset® CA1009 | Lubrizol Advanced Materials, Inc. | Carboset® CA1009 is an APEO, NMP, NEP and formaldehyde-free acrylic polyurethane hybrid emulsion developed specifically for roof and building facade coatings. | |
| Performax™ 4363 | Lubrizol Advanced Materials, Inc. | Performax™ 4363 is a tough, high performance, waterborne compound that provides an excellent balance of hardness, abrasion resistance, and flexibility. This ready-to-use urethane based compound forms a soft, flexible film which has excellent adhesion to a...view more Performax™ 4363 is a tough, high performance, waterborne compound that provides an excellent balance of hardness, abrasion resistance, and flexibility. This ready-to-use urethane based compound forms a soft, flexible film which has excellent adhesion to a variety of substrates including cotton, polyester, nylon and their blends. Performax™ 4363 can be applied using all traditional techniques such as knife coating and Meyer rod applicators. Patterned effects can also be achieved with this compound using rotary screen, gravure, or hand applied stencils and screens. Performax™ 4363 can be used as a sole component or it can be used as a top coating to add functionality to other coatings. Depending on the performance needs, single or multiple coats of the compound can be applied to achieve the desired level of performance. Suggested drying temperatures are 250ºF-300ºF, and a curing temperature of 325ºF-350ºF for best wash durability. A fluoro chemical water repellent finish can be applied after the Performax™ coating for improved performance and durability. view less | |
| Performax™ 4388 | Lubrizol Advanced Materials, Inc. | Performax™ 4388 is a high performance compound that provides an excellent balance of flexibility. This compound forms a soft, flexible film which gives excellent flexibility to a variety of substrates. Performax™ 4388 can be applied using all traditional ...view more Performax™ 4388 is a high performance compound that provides an excellent balance of flexibility. This compound forms a soft, flexible film which gives excellent flexibility to a variety of substrates. Performax™ 4388 can be applied using all traditional techniques such as knife coating and Meyer rod applicators. Patterned effects can also be achieved with this compound using rotary screen, gravure, or hand applied stencils and screens. Depending on the performance needs, single or multiple coats of the compound can be applied if needed. Suggested drying temperatures are 250F-300F, and a curing temperature of 325F-350F for best wash durability. A fluorochemical water repellent finish can be applied after the Performax coating for improved performance and durability. view less | |
| Permax™ 232 | Lubrizol Advanced Materials, Inc. | Permax™ 232 is used in high performance coating applications where a hydrophilic polymer is needed for moisture vapor transmission, hydrophilic surface treatment, or excellent ionic compatibility is required. Permax™ formulas can be engineered to give con...view more Permax™ 232 is used in high performance coating applications where a hydrophilic polymer is needed for moisture vapor transmission, hydrophilic surface treatment, or excellent ionic compatibility is required. Permax™ formulas can be engineered to give controlled moisture vapor transmission rates, excellent washfastness and softness. Permax™ 232 is TSCA, EINECS, and DSL compliant. Permax™ 232 can be crosslinked with isocyanates, polyfunctional aziridines, melamine formaldehyde and carbodiimide cross linkers. view less | |
| Permax™ 4399 | Lubrizol Advanced Materials, Inc. | Permax™ 4399 is a high performance, hydrophilic compound that can provide a number of unique properties such as enhanced comfort, cooling, wicking, air-flow, wash-durability and cost-value performance vs. competing coatings. These performance characterist...view more Permax™ 4399 is a high performance, hydrophilic compound that can provide a number of unique properties such as enhanced comfort, cooling, wicking, air-flow, wash-durability and cost-value performance vs. competing coatings. These performance characteristics are partially dependent on the base textile substrate being coated and the application technique. This ready-to-use, water-borne, urethane based compound forms a soft, flexible film which has excellent adhesion to a variety of substrates including cotton, polyester, nylon and blends. This material can be used on knit, woven, or non-woven substrates. view less | |
| PLACCEL 205 | Daicel (U.S.A.), Inc. | PLACCEL 205 is polycaprolactone diol and its molecular weight is 530. Since it is produced from diol and epsilon-caprolactone by ring opening polymerization reaction, control of hydroxyl group value is exact. In addition, there is no variation in quality....view more PLACCEL 205 is polycaprolactone diol and its molecular weight is 530. Since it is produced from diol and epsilon-caprolactone by ring opening polymerization reaction, control of hydroxyl group value is exact. In addition, there is no variation in quality. PLACCEL 205 can be used as modifying agent for polyurethane, paint resin, and epoxy resin. Especially, polyurethane made from PLACCEL 205 has high capacity for heat resistance, cold resistance, oil resistance, and abrasion resistance. view less | |
| PLACCEL 205C | Daicel (U.S.A.), Inc. | PLACCEL 205C is polycaprolactone diol and its molecular weight is 530. Since it is manufactured from diol and epsilon-caprolactone by ring opening polymerization, control of hydroxyl group value is exact. In addition, there is no variation in quality. PL...view more PLACCEL 205C is polycaprolactone diol and its molecular weight is 530. Since it is manufactured from diol and epsilon-caprolactone by ring opening polymerization, control of hydroxyl group value is exact. In addition, there is no variation in quality. PLACCEL 205C can be used as modifying agent for polyurethane, paint resin, and epoxy resin. Especially, polyurethane made from PLACCEL 205C has high capacity for heat resistance, cold resistance, oil resistance, and abrasion resistance. view less | |
| PLACCEL 205K | Daicel (U.S.A.), Inc. | PLACCEL 205K is polycaplolactone diol and its molecular weight is 550. Generally tin catalyst is widely used as a polymerization catalyst of polycaprolactonepolyols. However, use of tin catalyst tends to be avoided because of the bad influence to human he...view more PLACCEL 205K is polycaplolactone diol and its molecular weight is 550. Generally tin catalyst is widely used as a polymerization catalyst of polycaprolactonepolyols. However, use of tin catalyst tends to be avoided because of the bad influence to human health and environment in recent years. Even if with a non-tin catalyst, polycaprolactonepolyols can be successfully obtained with quality equivalent to the case which tin catalyst is used. view less | |
| PLACCEL 205U | Daicel (U.S.A.), Inc. | PLACCEL 205U is polycaprolactone diol and its molecular weight is 530. It is characterized by its narrow molecular weight distribution and low acid value. In addition, PLACCEL 205U is liquid-state oligomer. Urethane acrylates made from PLACCEL 205U show ...view more PLACCEL 205U is polycaprolactone diol and its molecular weight is 530. It is characterized by its narrow molecular weight distribution and low acid value. In addition, PLACCEL 205U is liquid-state oligomer. Urethane acrylates made from PLACCEL 205U show low viscosity and low crystallinity. Therefore, these are used for various base materials such as UV coating, UV binder, UV adhesive, and UV ink etc., and also give these materials high flexibility and good hydrolysis resistance view less | |
| 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...view more 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. view less | |
| 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....view more 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. view less | |
| 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...view more 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. view less | |
| 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...view more 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. view less | |
| 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...view more 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. view less | |
| PLACCEL 212 | Daicel (U.S.A.), Inc. | PLACCEL 212 is a general purpose type polycaprolactone diol and its molecular weight is 1250. Polycaprolactone diols have better properties of UV resistance and heat resistance than polyether diols. In addition, they also have better property of hydrolysi...view more PLACCEL 212 is a general purpose type polycaprolactone diol and its molecular weight is 1250. Polycaprolactone diols have better properties of UV resistance and heat resistance than polyether diols. In addition, they also have better property of hydrolysis resistance than adipate based polyester diols. PLACCEL 212 can be used as a modifying agent, such as polyurethane, paint resin, and epoxy resin. Especially, polyurethane made from PLACCEL 212 shows excellent properties in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics and can be used for many fields, such as an elastomer, foam, spandex, adhesives, and artificial suede. view less | |
| PLACCEL 212CP | Daicel (U.S.A.), Inc. | PLACCEL 212CP is polycaprolactone diol and its molecular weight is 1250. Polycaprolactone diols have better properties of UV resistance and heat resistance than polyether diols. In addition, they also have better property of hydrolysis resistance than adi...view more PLACCEL 212CP is polycaprolactone diol and its molecular weight is 1250. Polycaprolactone diols have better properties of UV resistance and heat resistance than polyether diols. In addition, they also have better property of hydrolysis resistance than adipate based polyester diols. PLACCEL 212CP can be used as a modifying agent, such as polyurethane, paint resin, and epoxy resin. Especially, polyurethane made from PLACCEL 212CP shows excellent properties in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics and can be used for many fields, such as an elastomer, foam, spandex, adhesives, and artificial suede. view less | |
| PLACCEL 220 | Daicel (U.S.A.), Inc. | PLACCEL 220 is general purpose type polycaprolactone diol and its molecular weight is 2000. The properties of polycaprolactone diols for UV resistance and heat resistance is better than polyether diols. In addition, polycaprolactone diols also have better...view more PLACCEL 220 is general purpose type polycaprolactone diol and its molecular weight is 2000. The properties of polycaprolactone diols for UV resistance and heat resistance is better than polyether diols. In addition, polycaprolactone diols also have better property for hydrolysis resistance than adipate based polyester diols. PLACCEL 220 can be used as modifying agents for polyurethane, paint resin, and epoxy resin. Especially, polyurethane made from PLACCEL 220 has excellent properties in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics and can be used for many fields, such as an elastomer, foam, spandex, adhesives, and artificial suede. view less | |
| PLACCEL 220CPB | Daicel (U.S.A.), Inc. | PLACCEL 220CPB is a polycaprolactone diol and its molecular weight is 2000. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible. The recommended applications of the polyure...view more PLACCEL 220CPB is a polycaprolactone diol and its molecular weight is 2000. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible. The recommended applications of the polyurethane made from PLACCEL 220CPB are elastomer, synthetic/artificial leather, adhesive, binder and spandex. Polyurethane elastomers made from PLACCEL 220CPB has good property of compression set resistance because of its narrow molecule weight distribution. PLACCEL 220CPB can improve hydrolytic stability and elastic recovery by its low acid value and chemical structure. view less | |
| PLACCEL 220CPK | Daicel (U.S.A.), Inc. | PLACCEL 220CPK is polycaplolactone diol and its molecular weight is 2000. Generally tin catalyst is widely used as a polymerization catalyst of polycaprolactonepolyols. However, use of tin catalyst tends to be avoided because of the bad influence to a hum...view more PLACCEL 220CPK is polycaplolactone diol and its molecular weight is 2000. Generally tin catalyst is widely used as a polymerization catalyst of polycaprolactonepolyols. However, use of tin catalyst tends to be avoided because of the bad influence to a human health and environment in recent years. Even if we use non-tin catalyst, we succeeded in obtaining polycaprolactonepolyols with quality equivalent to the case which tin catalyst is used. view less | |
| PLACCEL 220CPT | Daicel (U.S.A.), Inc. | PLACCEL 220CPT is a polycaprolactone diol and its molecular weight is 2000. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, control of hydroxyl group value is exact. The recommended applications of the polyurethane mad...view more PLACCEL 220CPT is a polycaprolactone diol and its molecular weight is 2000. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, control of hydroxyl group value is exact. The recommended applications of the polyurethane made from PLACCEL 220CPT are elastomer, synthetic/artificial leather, adhesive, binder and spandex. Polyurethane elastomers made from PLACCEL 220CPT show good compression set because of its narrow molecule weight distribution. PLACCEL 220CPT can improve hydrolytic stability and elastic recovery by its controlled low acid value and chemical structure. view less | |
| PLACCEL 220EB | Daicel (U.S.A.), Inc. | PLACCEL 220EB is adipate-based polyester diol and its molecular weight is 2000. PLACCEL 220EB is liquid-type polyester diol and easy to handle. In addition, PLACCEL 220EB is characterized by its good hydrolytic stability, adhesion to metal and shock absor...view more PLACCEL 220EB is adipate-based polyester diol and its molecular weight is 2000. PLACCEL 220EB is liquid-type polyester diol and easy to handle. In addition, PLACCEL 220EB is characterized by its good hydrolytic stability, adhesion to metal and shock absorption. PLACCEL 220EB can be used as modifying agent for polyurethane, such as urethane adhesive, coating, gravure ink binder and polyurethane elastomer and so on. view less | |
| PLACCEL 220EC | Daicel (U.S.A.), Inc. | PLACCEL 220EC is a polyester diol copolymerized with polycarbonate. Its molecular weight is 2000. It is liquid, easy to handle, has excellent mechanical properties such as good elastic recovery, and shows excellent hydrolytic stability. This product is su...view more PLACCEL 220EC is a polyester diol copolymerized with polycarbonate. Its molecular weight is 2000. It is liquid, easy to handle, has excellent mechanical properties such as good elastic recovery, and shows excellent hydrolytic stability. This product is suitable for urethane adhesives, gravure ink binders, polyurethane elastomers, and plastizers for paints and epoxy-resins. view less | |
| 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...view more 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. view less | |
| PLACCEL 220UA | Daicel (U.S.A.), Inc. | PLACCEL 220UA is polycaprolactone diol and its molecular weight is 2000. In particular, it is characterized by its higher meltability than other PLACCEL 220 series. PLACCEL 220UA is mainly used as modifying agent for polyurethane, such as urethane adhesiv...view more PLACCEL 220UA is polycaprolactone diol and its molecular weight is 2000. In particular, it is characterized by its higher meltability than other PLACCEL 220 series. PLACCEL 220UA is mainly used as modifying agent for polyurethane, such as urethane adhesive, urethane binder and urethane elastomer. Especially, polyurethane made from PLACCEL 220UA has excellent properties in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics. view less | |
| PLACCEL 230 | Daicel (U.S.A.), Inc. | PLACCEL 230 is general purpose type polycaprolactone diol and its molecular weight is 3000. Since it is manufactured by the ring opening polymerization of epsilon- caprolactone, exact control of hydroxyl group value is possible and there is no variation i...view more PLACCEL 230 is general purpose type polycaprolactone diol and its molecular weight is 3000. Since it is manufactured by the ring opening polymerization of epsilon- caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL 230 can mainly be used as modifying agent for polyurethane. Especially, polyurethane made from PLACCEL 230 has excellent properties in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics and it can be used for applications as urethane adhesive, urethane binder and so on. view less | |
| PLACCEL 230N | Daicel (U.S.A.), Inc. | PLACCEL 230N is polycaprolactone diol and its molecular weight is 3000. In particular, PLACCEL 230N is characterized by its narrow molecular weight distribution. Polyurethane elastomers made from PLACCEL 230N have excellent properties of abrasion resistan...view more PLACCEL 230N is polycaprolactone diol and its molecular weight is 3000. In particular, PLACCEL 230N is characterized by its narrow molecular weight distribution. Polyurethane elastomers made from PLACCEL 230N have excellent properties of abrasion resistance and compression permanent set resistance. Application of the polyurethane elastomers to solid tires, rollers and scratching blades of toner in copy machines are preferable because the so-called “blooming” is not likely to occur. view less | |
| PLACCEL 240 | Daicel (U.S.A.), Inc. | PLACCEL 240 is general purpose type polycaprolactone diol and its molecular weight is 4000. Since it is manufactured by the ring opening polymerization of epsilon- caprolactone, exact control of hydroxyl group value is possible and there is no variation i...view more PLACCEL 240 is general purpose type polycaprolactone diol and its molecular weight is 4000. Since it is manufactured by the ring opening polymerization of epsilon- caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL 240 can mainly be used as modifying agent for polyurethane. Especially, polyurethane made from PLACCEL 240 has excellent properties in durability, hydrolysis resistance, oil resistance, heat resistance and low temperature characteristics and it can be applied to urethane adhesive and so on. view less | |
| PLACCEL 303 | Daicel (U.S.A.), Inc. | PLACCEL 303 is a polycaplolactone triol and its molecular weight is 310. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL ...view more PLACCEL 303 is a polycaplolactone triol and its molecular weight is 310. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL 303 is a raw material for CASE (Coating, Adhesion, Sealant, Elastomer). It can be used as modifying agents or cross linking agent for polyurethane, paint resin, epoxy resin and so on. view less | |
| 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...view more 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. view less | |
| PLACCEL 305T | Daicel (U.S.A.), Inc. | PLACCEL 305T 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 qua...view more PLACCEL 305T 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 305T 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. In addition, it can improve hydrolytic stability than using PLACCEL 305 by its controlled low acid value. view less | |
| PLACCEL 308 | Daicel (U.S.A.), Inc. | PLACCEL 308 is a polycaplolactone triol and its molecular weight is 850. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL ...view more PLACCEL 308 is a polycaplolactone triol and its molecular weight is 850. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL 305 is a raw material for CASE (Coating, Adhesion, Sealant, Elastomer). It can be used as modifying agents or cross linking agent for polyurethane, paint resin, epoxy resin and so on. view less | |
| 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...view more 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. view less | |
| PLACCEL 312 | Daicel (U.S.A.), Inc. | PLACCEL 312 is a polycaplolactone triol and its molecular weight is 1250. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL...view more PLACCEL 312 is a polycaplolactone triol and its molecular weight is 1250. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL 312 is a raw material for CASE (Coating, Adhesion, Sealant, Elastomer). It can be used as modifying agents or cross linking agent for polyurethane, paint resin, epoxy resin and so on. view less | |
| PLACCEL 320 | Daicel (U.S.A.), Inc. | PLACCEL 320 is a polycaplolactone triol and its molecular weight is 2000. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL...view more PLACCEL 320 is a polycaplolactone triol and its molecular weight is 2000. Since it is manufactured by the ring opening polymerization of epsilon-caprolactone, exact control of hydroxyl group value is possible and there is no variation in quality. PLACCEL 320 is a raw material for CASE (Coating, Adhesion, Sealant, Elastomer). It can be used as modifying agents or cross linking agent for polyurethane, paint resin, epoxy resin and so on. view less | |
| 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 CD205PL | Daicel (U.S.A.), Inc. | PLACCEL CD205PL is a polycarbonate diol and its molecular weight is 550. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and ...view more PLACCEL CD205PL is a polycarbonate diol and its molecular weight is 550. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and so on. Polyurethanes made with polycarbonate polyols show high resistance against deterioration by heat, hydrolysis, and weather. The level of the resistance is unattainable by the other polyols such as polyester polyols, polyether polyols. view less | |
| PLACCEL CD210 | Daicel (U.S.A.), Inc. | PLACCEL CD210 is a polycarbonate diol and its molecular weight is 1000. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and s...view more PLACCEL CD210 is a polycarbonate diol and its molecular weight is 1000. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and so on. Polyurethanes made with polycarbonate polyols show high resistance against deterioration by heat, hydrolysis, and weather. The level of the resistance is unattainable by the other polyols such as polyester polyols, polyether polyols, and polytetramethyleneether polyols. view less | |
| PLACCEL CD220 | Daicel (U.S.A.), Inc. | PLACCEL CD220 is a polycarbonate diol and its molecular weight is 2000. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and s...view more PLACCEL CD220 is a polycarbonate diol and its molecular weight is 2000. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and so on. Polyurethanes made with polycarbonate polyols show high resistance against deterioration by heat, hydrolysis, and weather. The level of the resistance is unattainable by the other polyols such as polyester polyols, polyether polyols, and polytetramethyleneether polyols. view less | |
| PLACCEL CD220PL | Daicel (U.S.A.), Inc. | PLACCEL CD220PL is a polycarbonate diol and its molecular weight is 2000. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and...view more PLACCEL CD220PL is a polycarbonate diol and its molecular weight is 2000. It was developed for important building blocks of polyurethanes having wide applications such as synthetic rubbers, fibers, adhesives, paints, artificial leathers, tape binders, and so on. Polyurethanes made with polycarbonate polyols show high resistance against deterioration by heat, hydrolysis, and weather. The level of the resistance is unattainable by the other polyols such as polyester polyols, polyether polyols. view less | |
| PLACCEL FA1DDM | Daicel (U.S.A.), Inc. | PLACCEL FA1DDM is macromonomer having an acrylic double bond and a primary hydroxyl group. Copolymerization with PLACCEL FA1DDM introduces primary hydroxyl groups in the acrylpolyol resin. These hydroxyl groups are dangling from acrylpolyol main chain, an...view more PLACCEL FA1DDM is macromonomer having an acrylic double bond and a primary hydroxyl group. Copolymerization with PLACCEL FA1DDM introduces primary hydroxyl groups in the acrylpolyol resin. These hydroxyl groups are dangling from acrylpolyol main chain, and they can easily react with melamine or other hardening agents such as polyisocyanate, to form crosslinking. This results in elastic and tough coating films. view less | |
| PLACCEL FA2D | Daicel (U.S.A.), Inc. | PLACCEL FA2D is macro monomer with an acrylic double bond and a primary hydroxyl group used as the modifying agent for acrylic resins. It’s especially used as the material of urethane-acrylates giving the ability to reduce crystallinity and viscosity. The...view more PLACCEL FA2D is macro monomer with an acrylic double bond and a primary hydroxyl group used as the modifying agent for acrylic resins. It’s especially used as the material of urethane-acrylates giving the ability to reduce crystallinity and viscosity. Therefore, urethane-acrylates made from PLACCEL FA2D show higher flexibility. This results in strong and flexible coating films. view less | |
| PLACCEL FA2K | Daicel (U.S.A.), Inc. | PLACCEL FA2K is macro monomer with an acrylic double bond and a primary hydroxyl group used as the modifying agent for acrylic resins. Generally tin catalyst is widely used as a polymerization catalyst of polycaprolactonepolyols. However, use of tin catal...view more PLACCEL FA2K is macro monomer with an acrylic double bond and a primary hydroxyl group used as the modifying agent for acrylic resins. Generally tin catalyst is widely used as a polymerization catalyst of polycaprolactonepolyols. However, use of tin catalyst tends to be avoided because of the bad influence to a human health and environment in recent years. Even if we use non-tin catalyst, we succeeded in obtaining polycaprolactonepolyols with quality equivalent to the case which tin catalyst is used. view less | |
| PLACCEL FM1D | Daicel (U.S.A.), Inc. | PLACCEL FM1D 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...view more PLACCEL FM1D 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. view less | |
| 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...view more 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. view less | |
| PLACCEL FM3 | Daicel (U.S.A.), Inc. | PLACCEL FM3 is macromonomer having a methacrylic double bond and a primary hydroxyl group. Copolymerization with PLACCEL FM3 introduces primary hydroxyl groups in the acrylpolyol resin. These hydroxyl groups are dangling from acrylpolyol main chain via fl...view more PLACCEL FM3 is macromonomer having a methacrylic double bond and a primary hydroxyl group. Copolymerization with PLACCEL FM3 introduces primary hydroxyl groups in the acrylpolyol resin. These hydroxyl groups are dangling from acrylpolyol main chain via flexible polycaprolactone chain. Hence they can easily react with melamine or other hardening agents such as polyisocyanate to form crosslinking. This results in elastic and tough coating films. view less | |
| PLACCEL FM5 | Daicel (U.S.A.), Inc. | PLACCEL FM5 is macromonomer having a methacrylic double bond and a primary hydroxyl group. Copolymerization with PLACCEL FM5 introduces primary hydroxyl groups in the acrylpolyol resin. These hydroxyl groups are dangling from acrylpolyol main chain via fl...view more PLACCEL FM5 is macromonomer having a methacrylic double bond and a primary hydroxyl group. Copolymerization with PLACCEL FM5 introduces primary hydroxyl groups in the acrylpolyol resin. These hydroxyl groups are dangling from acrylpolyol main chain via flexible polycaprolactone chain. Hence they can easily react with melamine or other hardening agents such as polyisocyanate to form crosslinking. This results in elastic and tough coating films. view less | |
| PLACCEL H1P | Daicel (U.S.A.), Inc. | PLACCEL H1P is polycaprolactone diol and its molecular weight is 10000. PLACCEL H1P is thermoplastic resin and easy to transform into any shape under more than 60℃, because the melting point of this product is lower than other plastics. In addition, PLACC...view more PLACCEL H1P is polycaprolactone diol and its molecular weight is 10000. PLACCEL H1P is thermoplastic resin and easy to transform into any shape under more than 60℃, because the melting point of this product is lower than other plastics. In addition, PLACCEL H1P is ecological plastic because of its biodegradability. PLACCEL H1P can be processed by extrusion or injection molding machines into polymeric films, polymeric sheets, fibers and so on. view less | |
| PLACCEL L205AL | Daicel (U.S.A.), Inc. | PLACCEL L205AL is a liquid type polycaprolactone polyol and its molecular weight is 500. It is an amorphous and viscous liquid, easier to handle than the other waxy ones. By using PLACCEL L205AL, we can make a polyurethane with excellent mechanical proper...view more PLACCEL L205AL is a liquid type polycaprolactone polyol and its molecular weight is 500. It is an amorphous and viscous liquid, easier to handle than the other waxy ones. By using PLACCEL L205AL, we can make a polyurethane with excellent mechanical properties such as good elastic recovery. This product has a wide range of applications as urethane adhesive, urethane binder for graver ink, polyurethane elastomer or plasticizer for paint and epoxy-resin. view less | |
| PLACCEL L212AL | Daicel (U.S.A.), Inc. | PLACCEL L212AL is a liquid type polycaprolactone diol and its molecular weight is 1250. It is an amorphous and viscous liquid, easier to handle than the other waxy ones. By using PLACCEL L212AL, we can make a polyurethane with excellent mechanical propert...view more PLACCEL L212AL is a liquid type polycaprolactone diol and its molecular weight is 1250. It is an amorphous and viscous liquid, easier to handle than the other waxy ones. By using PLACCEL L212AL, we can make a polyurethane with excellent mechanical properties such as good elastic recovery. This product has a wide range of applications as urethane adhesive, urethane binder for graver ink, polyurethane elastomer or plasticizer for paint and epoxy-resin. view less | |
| PLACCEL L220AL | Daicel (U.S.A.), Inc. | PLACCEL L220AL is a liquid type polycaprolactone diol and its molecular weight is 2000. It is an amorphous and viscous liquid, easier to handle than the other waxy ones. By using PLACCEL L220AL, we can make a polyurethane with excellent mechanical propert...view more PLACCEL L220AL is a liquid type polycaprolactone diol and its molecular weight is 2000. It is an amorphous and viscous liquid, easier to handle than the other waxy ones. By using PLACCEL L220AL, we can make a polyurethane with excellent mechanical properties such as good elastic recovery. This product has a wide range of applications as urethane adhesive, urethane binder for graver ink, polyurethane elastomer or plasticizer for paint and epoxy-resin. view less | |
| 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...view more 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. view less | |
| PLACCEL P3403 | Daicel (U.S.A.), Inc. | PLACCEL P3403 is polyetherester triol and its molecular weight is 4000. It is manufactured from PPG triol and epsilon-caprolactone by ring-opening polymerization. This product is characterized by its high urethane reactivity because secondary hydroxyl gro...view more PLACCEL P3403 is polyetherester triol and its molecular weight is 4000. It is manufactured from PPG triol and epsilon-caprolactone by ring-opening polymerization. This product is characterized by its high urethane reactivity because secondary hydroxyl group in PPG is modified by epsilon-caprolactone to make terminal primary hydroxyl group. PLACCEL P3403 can be used as modifying agent for polyurethane, such as urethane adhesive, elastomer, sealant, and artificial leather and so on. view less | |
| PLACCEL T2205 | Daicel (U.S.A.), Inc. | PLACCEL T2205 is polyetherester diol and its molecular weight is 2000. It is manufactured from PTMG and epsilon-caprolactone by ring-opening polymerization. This product is characterized by its excellent properties at low temperature, good compression per...view more PLACCEL T2205 is polyetherester diol and its molecular weight is 2000. It is manufactured from PTMG and epsilon-caprolactone by ring-opening polymerization. This product is characterized by its excellent properties at low temperature, good compression permanent and durability. PLACCEL T2205 can be used as modifying agent for polyurethane, such as polyurethane elastomer. view less | |
| Sancure™ 20025F | Lubrizol Advanced Materials, Inc. | Sancure™ 20025F is a soft elastic aliphatic polyester urethane polymer dispersion. It has very low VOC content and contains no alkylphenol ethoxylates (APEO). It is designed to be used in textile and nonwoven coating formulations for polyester and nylon f...view more Sancure™ 20025F is a soft elastic aliphatic polyester urethane polymer dispersion. It has very low VOC content and contains no alkylphenol ethoxylates (APEO). It is designed to be used in textile and nonwoven coating formulations for polyester and nylon fabrics. It can be used as a component in tie coats and laminating adhesives. Sancure 20025F can be crosslinked using melamine formaldehyde resins, isocyanate crosslinkers, polyfunctional aziridines, or carbodiimides. view less | |
| Turboset™ Ultra Eco | Lubrizol Advanced Materials, Inc. | Turboset™ Ultra Eco is an NMP/NEP free, self-crosslinking waterborne polyurethane composite that is able to be formulated to <140g/L VOC US (< 50 g/L EU). Turboset™ Ultra Eco is designed to perform on sports, recreation and high traffic wood floors withou...view more Turboset™ Ultra Eco is an NMP/NEP free, self-crosslinking waterborne polyurethane composite that is able to be formulated to <140g/L VOC US (< 50 g/L EU). Turboset™ Ultra Eco is designed to perform on sports, recreation and high traffic wood floors without the use of cross-linkers. One component (1K) waterborne finishes made from Turboset™ Ultra Eco can be formulated to have properties such as black heel mark, scuff and abrasion resistance comparable to 2K waterborne urethane finishes view less |
