Products

NGT 1800-171 is borne from ecofriendly economical feed stream like Cashew Nutshell Liquid (CNSL). It is low viscosity, clear and light color product derived from renewable natural phenolic compound. It is a catalytic product of the Mannich reaction with resultant as Mannich polyol. It has comparatively low viscosity giving easy processing controlled reactivity and easily adjusted to suit various requirements and produces foam with good dimensional stability and mechanical properties.

NGT 1800-132 is borne from ecofriendly economical feed stream like Cashew Nutshell Liquid (CNSL). It is low viscosity, clear and light color product derived from renewable natural phenolic compound. It is a catalytic product of the Mannich reaction with resultant as Mannich polyol. It has comparatively low viscosity giving easy processing controlled reactivity and easily adjusted to suit various requirements and produces foam with good dimensional stability and mechanical properties.

NGT 1800 is borne from ecofriendly economical feed stream like Cashew Nutshell Liquid (CNSL). It is low viscosity, clear and light color product derived from renewable natural phenolic compound. It is a catalytic product of the Mannich reaction with resultant as Mannich polyol. It has comparatively low viscosity giving easy processing controlled reactivity and easily adjusted to suit various requirements and produces foam with good dimensional stability and mechanical properties.

NGT 1800-141 is borne from ecofriendly economical feed stream like Cashew Nutshell Liquid (CNSL). It is low viscosity, clear and light color product derived from renewable natural phenolic compound. It is a catalytic product of the Mannich reaction with resultant as Mannich polyol. It has comparatively low viscosity giving easy processing controlled reactivity and easily adjusted to suit various requirements and produces foam with good dimensional stability and mechanical properties.

CARPOL® EDAP-770 is an ethylenediamine-initiated polyether polyol. The resulting material has a nominal functionality of four and a typical hydroxyl number of 770. This tetrol is polymerized solely with propylene oxide and is autocatalytic due to its amine content. This polyol’s functionality makes it optimal for use in rigid foams as a crosslinking modifier. In addition, CARPOL® EDAP-770 can also be used as a curative for most C.A.S.E. applications.

CARPOL® SPA-530 is a sucrose amine-initiated polyether polyol. The high functionality of the initiators yields a resultant polyol with a nominal functionality of 5.5 and a typical hydroxyl number of 530. This polyol’s functionality and short-chained nature make it optimal for use in rigid foam. In addition, CARPOL® SPA-530 contains amine and therefore is autocatalytic. This allows the formulator to use less catalyst while achieving the same reactivity seen in other neutral rigid polyols.

CARPOL® PGP-2740 is a propylene glycol-initiated polyether polyol. CARPOL® PGP-2740 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.

CARPOL® EDAP-800 is an ethylenediamine-initiated polyether polyol. The resulting material has a nominal functionality of four and a typical hydroxyl number of 800. This tetrol is polymerized with ethylene and propylene oxides and is autocatalytic due to its amine content. This polyol’s functionality makes it optimal for use in rigid foams as a crosslinking modifier. In addition, CARPOL® EDAP-800 can also be used as a curative for most C.A.S.E. applications.

CARPOL® PGP-400 is a propylene glycol-initiated polyether polyol. CARPOL® PGP-400 has a nominal functionality of two and a molecular weight of 400 Da. The low functionality and viscosity of this polyol makes for a versatile product. It may be used in rigid foam systems to lower the viscosity of B-side materials while helping control crosslinking.

TOYOCAT®-DM70 belongs to the azole and derivatives chemical family and is used in building materials, footwear, and industrial coatings markets. It functions as a gelling catalyst.

CARPOL® TEAP-265 is a triethanolamine-initiated polyether polyol. The resultant material has a nominal functionality of three and a typical hydroxyl number of 635. This polyol’s functionality and short-chained nature make it optimal for use in rigid foam. Primarily used as a rigid polyol modifier, CARPOL® TEAP-265 can be used to cut the high viscosity seen with most sucrose based rigid polyols while acting as a good crosslinker. In addition, this polyol contains amine which enhances the overall system reactivity.

CARPOL® SP-477 is a sucrose-initiated polyether polyol. The high functionality of the initiator yields a resultant polyol with a nominal functionality of five and a typical hydroxyl value of 470. 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® SP-477 is a neutral material, which presents the formulator with complete catalytic control over a system.

CARPOL® PGP-400-50 is a propylene glycol-initiated polyether polyol. The resulting material has a nominal functionality of two and a molecular weight of 400 Da. The low functionality and viscosity of this polyol makes for a versatile product. It may be used in rigid foam systems to lower the viscosity of B-side materials while helping control crosslinking.