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Polyoxypropylene diol. It is a polyether polyol. Its average molecular weight is 4000. It is mainly used as raw material for polyurethane resins. Polyoxypropylene polyol. It is effective to achieve open cell structure and produces foams with improved elasticity and less shrinkage. It is blended with polymer polyols for slab stock semi- flexible polyurethane foams by means of a one shot process. Polyoxyalkylene polyol. It is a polyether polyol. Polyoxyalkylene polyol based polymer polyol. It is a polyether polyol. It is effective to increase hardness. It is also effective to increase breathability of foams. Used for producing high-resilient flexible polyurethane foams. Polyoxyalkylene polyol. It is a special polyol with high reactivity containing nitrogen and primary hydroxyl groups. Exhibits excellent effects to reduce the formation of closed cells and shrinkage after molding. Offers softer semi- flexible polyurethane foams which have good breathability. Polyoxypropylene triol. It is a polyether polyol. It is used most widely to produce flexible polyurethane foams for general uses. Also used in slabstock and molded foams and the resulting foams possess well-balanced mechanical properties. Polyoxyalkylene polyol. It is a polyether polyol. Used for producing high-resilient flexible polyurethane foams with high hardness. Polyoxypropylene diol. It is a polyether polyol. Its average molecular weight is 2000. It is mainly used as raw material for polyurethane resins. Polyoxyalkyiene triol. It is a polyether polyol with high reactivity and a wide tolerance to catalyst levels. It causes less scorching and is suitable for max foam process. Polyoxypropylene triol. It is a polyether polyol. Its average molecular weight is 3000. It is mainly used as raw material for polyurethane resins.
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Adhesive ingredients supplied by Sanyo Chemical Industries