Lupraphen® 5609/1 by BASF is a di-functional, aliphatic, polyester polyol. It is a colorless to slightly yellow viscous liquid. Lupraphen® 5609/1 is used for the production of polyurethane flexible integral... view more

Lupraphen® 5619/1 by BASF is saturated aliphatic polyester based on adipic acid. Lupraphen® 5619/1 is used for the production of polyurethane systems. Its shelf life is 6 months... view more

Lupraphen® 6601/3 by BASF is a slightly branched, aliphatic, polyester polyol. It is used to improve flame retardancy of rigid foams, especially of PIR formulations. Lupraphen® 6601/3 can be stored... view more

N,N-Dimethylaminoethyl Methacrylate (DMAEMA) by BASF is mono-functional acrylate monomer with both methacrylic and amine functional groups. It imparts adhesion, demulsifying effect and water... view more

Pluracol® 1016 by BASF is amine-initiated triol. It is a highly reactive, rigid polyol of low equivalent weight with built-in catalytic activity. It has good compatibility with common foam... view more

Pluracol® 1026 by BASF is a high molecular weight triol polyol. It is less reactive, process well and is easily crushed. Pluracol® 1026 is recommended for the manufacturing of high resiliency molded... view more

Pluracol® 1062 by BASF is primary hydroxyl terminated diol. It has high molecular weight. Pluracol® 1062 is used in the manufacture of polyurethane shoe soles and elastomers... view more

Pluracol® 1123 by BASF is primary terminated polyether triol. It has high molecular weight. The high levels of primary hydroxyl capping makes it useful for hydrophilic polyurethane formulations... view more

Pluracol® 1151 by BASF is triol. Such foams made in combination with graft polyols, process well and are easily crushed. Pluracol® 1151 is developed for the manufacture of high resiliency molded foams... view more

Pluracol® 1198 by BASF is primary hydroxyl-terminated graft polyether triol containing approximately 30% solids of copolymerized styrene and acrylonitrile. Pluracol® 1198 is used in combination with... view more

Pluracol® 1365 by BASF is grafted polyether polyol containing copolymerized styrene and acrylonitrile. This low functionality polyol is designed to produce flexible slabs tock foams with high load... view more

Pluracol® 1385 by BASF is polyether triol. It has been formulated with a low volatile inhibitor package designed for either conventional curing or mechanical forced air curing. It provides a... view more

Pluracol® 1388 by BASF is polyether triol. It has been formulated with a low volatile inhibitor package designed for either conventional curing or mechanical forced air curing. It provides a... view more

Pluracol® 1441 by BASF is secondary hydroxyl-terminated graft polyether triol containing approximately 43% solids of copolymerized styrene and acrylonitrile. This polyol has been formulated with a... view more

Pluracol® 1442 by BASF is secondary hydroxyl-terminated graft polyether triol containing approximately 43% solids of copolymerized styrene and acrylonitrile. This polyol has been formulated with a... view more

Pluracol® 1443 by BASF is secondary hydroxyl-terminated graft polyether triol containing approximately 40% solids of copolymerized styrene and acrylonitrile. This polyol has been formulated with a... view more

Pluracol® 1477 by BASF is ethylene oxide terminated diol. It has a nominal 2000 molecular weight. Pluracol® 1477 is recommended for specialty polyether applications... view more

Pluracol® 1543 by BASF is secondary hydroxyl-terminated graft polyether triol containing approximately 44% solids of copolymerized styrene and acrylonitrile. This polyol has been formulated with a... view more

Pluracol® 1718 by BASF is polyether triol with nominal 3000 molecular weight. It can also be used to produce flexible foams with a wide range of properties suitable for use in cushioning... view more

Pluracol® 2100 by BASF is primary terminated conventional triol. It contains LVI inhibitor package. Pluracol® 2100 is designed to be used in combination with Pluracol® 2130 for the production of a... view more