Products

CARPOL® GP-6307 is a glycerine initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 6300. This triol is polymerized with propylene oxide and then capped with 7% ethylene oxide. The outcome is a polyol with enhanced reactivity. Main applications include C.A.S.E., however, Carpol® GP-6307 may also be included as a component in other urethane products and formulations.

CARPOL® GP-6015 (reactive triol) is a glycerine initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 6000. This triol is polymerized with propylene oxide and then capped with 15% ethylene oxide. The outcome is a polyol with enhanced reactivity. Main applications include C.A.S.E., as this polyol has low total unsaturation levels and an anti-oxidant package tailored for this type of market.

CARPOL® GP-5015 is a glycerine initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 5000. This triol is polymerized with propylene oxide and then capped with 15% ethylene oxide. The outcome is a polyol with enhanced reactivity. Main applications include C.A.S.E., however, Carpol® GP-5015 may also be included as a component in other urethane products and applications.

CARPOL® GP-5171 (reactive Triol) is a glycerine initiated polyether polyol. The resulting material has a nominal functionality of three and an average molecular weight of 5000. This triol is polymerized with propylene oxide and ethylene oxide and then capped with 15% ethylene oxide. The outcome is a polyol with enhanced reactivity. Main applications include flexible foam, however, Carpol® GP-5171 may also be included as a component in other urethane products and applications.

CARPOL® GP-725 (reactive triol) is a glycerine initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 700. This triol is polymerized with propylene oxide and then capped with 25% ethylene oxide. The outcome is a polyol with enhanced reactivity when compared to its counterpart Carpol® GP-700. Main applications include C.A.S.E., however, Carpol® GP-725 may also be included as a component in other urethane products and applications.

Carpol® PGP-2740 is a propylene glycol-initiated polyether polyol. The resulting material has a functionality of two and an average molecular weight of 2700 Da. This diol is polymerized with propylene oxide and then capped with 40% ethylene oxide. The outcome is a polyol with enhanced reactivity and hydrophilicity. Main applications include C.A.S.E., however, Carpol® PGP-2740 may also be included as a component in other urethane products and formulations.

CARPOL® PGP-2012 s a propylene glycol initiated polyether polyol. The resulting material has a functionality of two and an average molecular weight of 2000. This diol is polymerized with propylene oxide and then capped with 12% ethylene oxide. The outcome is a polyol with enhanced reactivity when compared to its counterpart Carpol® PGP-2000. Main applications include C.A.S.E., however, Carpol® PGP-2012 may also be included as a component in other urethane products and formulations.

CARPOL® PGP-4025 (reactive Diol) is a propylene glycol initiated polyether polyol. The resulting material has a functionality of two and an average molecular weight of 4000. This diol is polymerized with propylene oxide and then capped with 25% ethylene oxide. The outcome is a polyol with enhanced reactivity when compared to its counterpart Carpol® PGP-4000. Main applications include C.A.S.E., however, Carpol® PGP-4025 may also be included as a component in other urethane products and formulations.