CARPOL®

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and a molecular weight of 3000. It is polymerized using both propylene and ethylene oxide. The ethylene oxide is... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and a molecular weight of 3000. It is polymerized using both propylene and ethylene oxide. The ethylene oxide is... view more

It is propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 4000. It is polymerized solely with propylene oxide for controlled reactivity. Its... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 700. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 1500. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 1500. It is polymerized with propylene oxide and then capped with 35% ethylene... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 700. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 260. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 1500. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and a molecular weight of 3000. It is polymerized solely with propylene oxide for controlled reactivity. Main... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and a molecular weight of 3000. It is polymerized with propylene oxide and then capped with 20% ethylene oxide... view more

It is a triol glycerin, initiated polyether polyol. It is a 5000 molecular weight triol. It is produced with glycerin and propylene oxide for controlled reactivity and applicable in many urethane... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 5000. It is polymerized with propylene oxide and then capped with 15% ethylene... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 5000. It is polymerized with propylene oxide and ethylene oxide and then capped... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 6000. It is polymerized with propylene oxide and then capped with 15% ethylene... view more

It is a glycerin initiated polyether polyol. It has a functionality of three and an average molecular weight of 6000. It is polymerized with propylene oxide and then capped with 15% ethylene oxide... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 700. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a triol glycerin, initiated polyether polyol. It has a functionality of three and an average molecular weight of 700. It is polymerized solely with propylene oxide for controlled reactivity... view more

Glycerin/sucrose initiated polyether polyol. It is of high functionality. Blending this polyol with other polyether polyols provides foam systems with high to low degrees of crosslinking. It is... view more

Glycerin/sucrose initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of 4.5. It is a neutral material, which presents the... view more

Glycerin/sucrose initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of seven. Blending this polyol with other polyether... view more

Glycerin/sucrose initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of five. Blending this polyol with other polyether... view more

It is a mannich based polyether polyol. It possesses a nominal functionality of approximately four with a targeted hydroxyl number of 470. Its 20% ethylene oxide cap and high level of residual amine... view more

It is a propylene glycol initiated polyether polyol. It is polymerized solely with propylene oxide for controlled reactivity. Its main applications include C.A.S.E., however, it may also be included... view more

It is a propylene glycol initiated polyether polyol. It is polymerized solely with propylene oxide for controlled reactivity. Its main applications include C.A.S.E., however, it may also be... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 2000. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a propylene glycol initiated polyether polyol. It is polymerized solely with propylene oxide for controlled reactivity. Its main applications include C.A.S.E., however, it may also be... view more

It is a propylene glycol initiated polyether polyol. The resulting material has a functionality of two and an average molecular weight of 2000. It is polymerized with propylene oxide and then capped... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 2000. It is polymerized with propylene oxide and then capped with 50% ethylene... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 3000. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 3000. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 3800. It is a copolymer of propylene oxide and ethylene oxide and the main... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 4000. It is a copolymer of propylene oxide and ethylene oxide and the main... view more

It is a propylene glycol initiated polyether polyol. It possesses low functionality and viscosity. It is polymerized solely with propylene oxide for controlled reactivity and used in rigid foam... view more

It is a propylene glycol initiated polyether polyol. It possesses low functionality and viscosity. It is polymerized solely with propylene oxide for controlled reactivity and used in rigid foam... view more

It is a propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 4000. It is polymerized solely with propylene oxide for controlled reactivity... view more

It is propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 4000. It is polymerized with propylene oxide and then capped with 25% ethylene... view more

It is propylene glycol initiated polyether polyol. It has a functionality of two and an average molecular weight of 4000. It is polymerized with propylene oxide and then capped with 25% ethylene... view more

Sucrose initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of five. Blending this polyol with other polyether polyols... view more

It is a trimethylolpropane initiated polyether polyol. The structure of the initiator yields a resultant polyol with a functionality of three. It is compatible with other polyether polyols giving... view more