Products

Andur 9-APF-LM is a polyester based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 89 to 92 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 9500 APLF is a polyether (PPG) based liquid, toluene diisocyanate terminated prepolymer containing 0.1% or less free TDI monomer. An elastomer with a hardness of 95 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 9500 APLF with polyols and their combination with Curene 442 and other diamines, or by the use of plasticizers.

Andur 9500 AP/Curene® 442 is a Polyurethane (Polyether, TDI) (PUR-Ether/TDI) product. It is available in North America.

Andur 1-75 DP is a polyether based liquid isocyanate-terminated prepolymer. An elastomer with a hardness of 73-77 Shore D is obtained when this prepolymer is cured with Curene 442 [4,4'- methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, and by the use of plasticizers.

Andur 7501 DPLF is a polyether (PPG) based liquid, toluene diisocyanate terminated prepolymer containing .1% or less free TDI. An elastomer with a hardness of 74 to 77 Shore D is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 8 APLM is a polyester based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 79 to 82 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various poyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 9500 APLF is a polyether (PPG) based liquid, toluene diisocyanate terminated prepolymer containing 0.1% or less free TDI monomer. An elastomer with a hardness of 95 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 9500 APLF with polyols and their combination with Curene 442 and other diamines, or by the use of plasticizers.

Andur 2-90AP is a polyether (PTMG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 90 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 2-90AP with polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 9002-APTF is a low viscosity liquid prepolymer which can be processed and cured at room temperature with Curene 107 using Oleic acid catalyst to yield an elastomer with a hardness of 88 to 90 Shore A. This system has been specifically formulated to yield a tack-free film in about 60 minutes when catalyzed to a 6 to 8 minute pot life.Andur 9002-APTF is recommended where room temperature processing and curing is desired and a tack-free film within about 60 minutes. If an application does not require a tack-free film, then we recommend using Andur RT 9002 AP.

Andur M-95 AS is a custom formulated MDI based polyurethane elastomer system. It is designed as a low cost, easily processed candidate for use in dunnage applications. M-95 AS is a two component, 1:1 ratio (weight) system that can be processed at room temperature and yields a 95 Shore A elastomer. The system needs no post cure and contains no TDI.

Andur 1-95AP is a polyether (PTMG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 95 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 1-95AP with polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 7-3 APLF is a polyester based liquid, toluene diisocyanate terminated prepolymer containing 0.1% or less free TDI monomer. An elastomer with a hardness of 70-75 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442, other diamines or through the use of plasticizers.

Andur 1-75 DP is a polyether based liquid isocyanate-terminated prepolymer. An elastomer with a hardness of 73-77 Shore D is obtained when this prepolymer is cured with Curene 442 [4,4'- methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, and by the use of plasticizers.

Andur 90-AP is a polyether (PTMG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 90 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, or by the use of plasticizers.

Andur 8-APF-LM is a polyester based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 80 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 8-APF-LM with polyols and their combination with Curene 442 and other diamines or by the use of plasticizers. The short pot life of Andur 8-APF-LM makes it ideal for machine casting.

Andur 8-5APLS is a polyester based, toluene diisocyanate terminated prepolymer designed for optimum solvent resistance. Elastomers with a Shore A durometer hardness of 83-86 can be obtained when Andur 8-5APLS is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of 53-56 Shore A durometer hardness can be obtained when cured with Curene 49.

All properties based on Andur® 8-APF-LM cured with Curene® 3005

Andur 9000-AS is a two-component liquid urethane system which can be processed at room temperature to yield an eastomer with a hardness of 90 to 92 Shore A.Andur 9000-AS is recommended where ease of processing is desired.

Andur 850-AP is the result of several years of research to develop a high performance moderate cost prepolymer for the cast urethane industry. This product is a polyester/polyether TDI terminated coprepolymer. An elastomer with a hardness of 84 to 86 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur AL80-5AP is a polyether (PTMG) based prepolymer terminated with an aliphatic isocyanate to improve color stability, hydrolytic stability, and give longer pot life.

Andur 9500 AP is a Polyurethane (Polyether, TDI) (PUR-Ether/TDI) product. It is available in North America.

Andur AL 62 DP is a polyether (PTMG) based prepolymer terminated with an aliphatic isocyanate to improve color stability, hydrolytic stability, and give longer pot life.

Andur 7-3 APLF is a polyester based liquid, toluene diisocyanate terminated prepolymer containing 0.1% or less free TDI monomer. An elastomer with a hardness of 70-75 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442, other diamines or through the use of plasticizers.

Andur 1-95AP is a polyether (PTMG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 95 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 1-95AP with polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 9 APLF is a polyester based liquid, toluene diisocyanate terminated prepolymer containing 0.1% or less free TDI monomer. An elastomer with a hardness of 90 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442, other diamines or through the use of plasticizers.

Andur 7003AP-S is a polyether (PPG) based liquid, toluene diisocyanate terminated prepolymer. A water-white clear elastomer with a hardness of 70 Shore A is obtained when this prepolymer is cured with Curene 89-LC. Elastomers of lower hardness can be obtained through the use of plasticizers.

Andur 6 APLM is a polycaprolactone based, toluene diisocyanate terminated prepolymer. This high-performance system yields an elastomer with a hardness of about 60 Shore A when this prepolymer is cured with Curene 442 [4,4'-ethylenebis (orthochloroaniline)]. This system avoids this use of mixed curatives or plasticizers which are usually required to achieve hardnesses in this range, thereby, resulting in ultra high-performance properties.

Andur AL95AP is a polyether (PTMG) based prepolymer terminated with aliphatic isocyanates to increase color stability, and give longer pot life.

Andur 9-3 APLF is a polyester based liquid, toluene diisocyanate terminated prepolymer containing 0.1% or less free TDI monomer. An elastomer with a hardness of 92 to 94 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442, other diamines or through the use of plasticizers.

Andur 8500-AP is a polyether (PPG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 85 to 87 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 1-83 AP is a polyether (PTMG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 83-85 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 1-83 AP with polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.

Andur 2-92AP is a polyether (PTMG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 92 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by reaction with various polyols and their combination with Curene 442 and other diamines, or by the use of plasticizers.

All properties based on Andur® 2-95AP cured with Curene® 280

All properties based on Andur® 90-AP cured with Curene® 185

Andur AL 90 AP is a polyether (PTMG) based prepolymer terminated with an aliphatic isocyanate to improve color stability, hydrolytic stability, and give longer pot life.

Andur 8000 AP is a polyether (PPG) based liquid, toluene diisocyanate terminated prepolymer. An elastomer with a hardness of 80 Shore A is obtained when this prepolymer is cured with Curene 442 [4,4'-methylene-bis (orthochloroaniline)]. Elastomers of lower hardness can be obtained by curing Andur 8000-AP with polyols and their combination with Curene 442 and other diamines, or through the use of plasticizers.