Products

CARPOL® GP-6015-60 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 taylored for this type of market.

CARPOL® GP-6305 is a glycerin-initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 6300 Da. This triol is polymerized with propylene oxide and then capped with 5% ethylene oxide. The outcome is a polyol with enhanced reactivity. Main applications include C.A.S.E., however, CARPOL® GP-6305 may also be included as a component in other urethane products and formulations.

CARPOL® GP-6305-55 Polyol is a glycerin-initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 6300 Da. This triol is polymerized with propylene oxide and then capped with 5% ethylene oxide. The outcome is a polyol with enhanced reactivity. Main applications include C.A.S.E., however, CARPOL® GP-6305-55 Polyol may also be included as a component in other urethane products and formulations.

CARPOL® GP-700 is a glycerin-initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 700 Da. This triol is polymerized solely with propylene oxide for controlled reactivity. Main applications include C.A.S.E. and flexible foam, however, CARPOL® GP-700 may also be included as a component in other urethane products and formulations.

CARPOL® GP-725 is a glycerin-initiated polyether polyol. The resulting material has a functionality of three and an average molecular weight of 700 Da. 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® GSP-280 is a glycerin/sucrose-initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a functionality of seven and a typical hydroxyl value of 280. Due to this polyol’s functionality, its niche is rigid foam and its applications. Blending this polyol with other polyether polyols allows for foam systems with high to low degrees of crosslinking. In addition, CARPOL® GSP-280 is mildly catalytic, which enables the use of less catalyst while still providing the formulator with control over the system’s reactivity.

CARPOL® GSP-370 is a glycerin/sucrose-initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of seven and a typical hydroxyl number of 370. Due to this polyol’s high functionality, it is typically used in rigid foam and its applications. Blending this polyol with other polyether polyols allows for foam systems with high to lower degrees of crosslinking. In addition, CARPOL® GSP-370 is mildly catalytic, which enables the use of less catalyst while still providing the formulator with control over the system’s reactivity.

CARPOL® GSP-355 is a glycerin/sucrose-initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of 4.5 and a typical hydroxyl number of 355. Due to this polyol’s high functional nature, it is typically used in rigid foam and its applications. Blending this polyol with other polyether polyols allows for foam systems with high to low degrees of crosslinking. In addition, CARPOL® GSP-355 is a neutral material, which presents the formulator with complete catalytic control over a system.

CARPOL® GSP-7216 is a glycerin-initiated polyether polyol formulated to a nominal functionality of 4.2 and a typical hydroxyl value of 31. This ethylene oxide capped polyol is designed to provide a moderate degree of cross-linking and reactivity for high resiliency flexible foam applications. Advantages of using this polyol include increased load bearing, enhanced compression set performance, and the potential for reduced use of graft polyol.

CARPOL® GSP-520 is a glycerin/sucrose-initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of five and a typical hydroxyl number of 520. Due to this polyol’s high functionality, it is typically used in rigid foam and its applications. Blending CARPOL® GSP-520 with other polyether polyols allows for foam systems with high to lower degrees of crosslinking.

CARPOL® MX-425 is a Mannich-based polyether polyol. The resulting product has a nominal functionality of approximately four and a targeted hydroxyl number of 425. The presence of amine in this polyol creates a material that is autocatalytic. Due to this, CARPOL® MX-425 is suitable for spray foam formulations in addition to any other application that demands a fast cure.

CARPOL® MX-470 is a Mannich-based polyether polyol. The resulting product has a nominal functionality of approximately four with a targeted hydroxyl number of 470. The presence of amine in this polyol creates a material that is autocatalytic. Due to this, CARPOL® MX-470 is suitable for spray foam in addition to any other application that demands a fast cure.

CARPOL® NIONIC™ 1400 Polyglycol is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® Nionic™ 1400 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ 1400 has a high cloud point of 77o C. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point.

CARPOL® NIONIC™ 850 Polyglycol is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® Nionic™ 850 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point.