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Polyether polyol. It is composed of a dihydric alcohol, triol, PO (propylene oxide) and EO (ethylene oxide). Can be synthesized with a new catalyst, with low unsaturation, narrow molecular weight distribution, high activity and high primary hydroxyl content. Suitable for polyurethane and microporous elastomers. Polyether polyol. It is composed of initiators including EDA (ethylenediamine), sorbitol, sucrose, glucoside, mannitol, triethanolamine, glycerin and PO (propylene oxide). Shows low thermal conductivity and excellent dimensional stability. Suitable for rigid PU (polyurethane) foams and premixed polyols. Applications include refrigerators, refrigerated cars, freezers, heat-insulating boards, disinfector cabinets and thermal pipes. Polyether polyol. It is composed of initiators including EDA (ethylenediamine), sorbitol, sucrose, glucoside, mannitol, triethanolamine, glycerin and PO (propylene oxide). Shows low thermal conductivity and excellent dimensional stability. Suitable for rigid PU (polyurethane) foams and premixed polyols. Applications include refrigerators, refrigerated cars, freezers, heat-insulating boards, disinfector cabinets and thermal pipes. Polyether polyol. It is composed of a dihydric alcohol, triol, PO (propylene oxide) and EO (ethylene oxide). Can be synthesized with a new catalyst, with low unsaturation, narrow molecular weight distribution, high activity and high primary hydroxyl content. Suitable for polyurethane and microporous elastomers. Polyether polyol. It is composed of initiators including EDA (ethylenediamine), sorbitol, sucrose, glucoside, mannitol, triethanolamine, glycerin and PO (propylene oxide). Shows low thermal conductivity and excellent dimensional stability. Suitable for rigid PU (polyurethane) foams and premixed polyols. Applications include refrigerators, refrigerated cars, freezers, heat-insulating boards, disinfector cabinets and thermal pipes. Polyether polyol. It is composed of a dihydric alcohol, triol, PO (propylene oxide) and EO (ethylene oxide). Can be synthesized with a new catalyst, with low unsaturation, narrow molecular weight distribution, high activity and high primary hydroxyl content. Suitable for polyurethane and microporous elastomers. Polyether polyol. It is composed of a dihydric alcohol, triol, PO (propylene oxide) and EO (ethylene oxide). Can be synthesized with a new catalyst, with low unsaturation, narrow molecular weight distribution, high activity and high primary hydroxyl content. Suitable for polyurethane and microporous elastomers. Polyether polyol. It is composed of initiators including EDA (ethylenediamine), sorbitol, sucrose, glucoside, mannitol, triethanolamine, glycerin and PO (propylene oxide). Shows low thermal conductivity and excellent dimensional stability. Suitable for rigid PU (polyurethane) foams and premixed polyols. Applications include refrigerators, refrigerated cars, freezers, heat-insulating boards, disinfector cabinets and thermal pipes. Polyether polyol. It is composed of initiators including EDA (ethylenediamine), sorbitol, sucrose, glucoside, mannitol, triethanolamine, glycerin and PO (propylene oxide). Shows low thermal conductivity and excellent dimensional stability. Suitable for rigid PU (polyurethane) foams and premixed polyols. Applications include refrigerators, refrigerated cars, freezers, heat-insulating boards, disinfector cabinets and thermal pipes. Polyether polyol. It is composed of initiators including EDA (ethylenediamine), sorbitol, sucrose, glucoside, mannitol, triethanolamine, glycerin and PO (propylene oxide). Shows low thermal conductivity and excellent dimensional stability. Suitable for rigid PU (polyurethane) foams and premixed polyols. Applications include refrigerators, refrigerated cars, freezers, heat-insulating boards, disinfector cabinets and thermal pipes.
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Polymer additives supplied by Unifer Chemical