HP-1060A is a high performance 60 shore A polyester polyol based polyurethane formulated for hand-batch or meter mix processing methods. Excellent physical properties can be obtained with a post cure without the utilization of mercury, MOCA, or TDI.

HP-1070A is a high performance 70 shore A polyester polyol based polyurethane formulated for hand-batch or meter mix processing methods. Excellent physical properties can be obtained with a post cure without the utilization of mercury, MOCA, or TDI.

HP-1085A is a high performance 85 shore A polyester based polyurethane elastomer formulated for hand-batch or meter mix processing methods. Excellent physical properties can be obtained with a post cure without the utilization of mercury, MOCA, or TDI.

HP-1090A is a high performance 90 shore A polyester polyol based polyurethane formulated for hand-batch or meter mix processing methods. Excellent physical properties can be obtained with a post cure without the utilization of mercury, MOCA, or TDI.

HP-2120A is a high performance polyether based polyurethane elastomer formulated for hand-batch processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2130A is a high performance polyether based polyurethane elastomer formulated for hand-batch processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2140A is a high performance polyether based polyurethane elastomer formulated for hand-batch processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2150A is a high performance polyether based polyurethane elastomer formulated for hand-batch processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-215OD is a tough, abrasion resistant elastomer formulated for hand-mix processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2160A is a high performance polyether based polyurethane elastomer formulated for hand-batch processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-216OD is a tough, abrasion resistant elastomer formulated for hand-mix processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2170A is a tough, abrasion resistant elastomer formulated for hand-mix processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2170D is a tough, abrasion resistant elastomer formulated for hand-mix processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2180A is a tough, abrasion resistant elastomer formulated for hand-mix processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2190A is a tough, abrasion resistant elastomer formulated for hand-mix processing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

HP-2195A is a tough, abrasion resistant elastomer formulated for room temperature hand-mix processing methods. Excellent physical properties are obtained with a room temperature cure without the utilization of mercury, MOCA, or MDI.

TP-4004 is an impact resistant polyurethane formulated for room temperature hand-batch or vacuum assisted casting methods. Excellent physical properties can be obtained without the utilization of mercuiy, MOCA, or TDI.

TP-4006 is an impact resistant polyurea formulated for vacuum assisted casting systems and short mold cycle times. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI.

TP-4007 is an impact resistant polyurea formulated for vacuum assisted casting systems and short mold cycle times. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI.

TP-4014 is an impact resistant polyurea formulated for vacuum assisted or meter-mix dispensing methods. Excellent physical properties can be obtained without the utilization of mercuiy, MOCA, or TDI. TP-4014 is a U.L 94vO registered flame retardant polyurethane. It also meets the standards to pass FAR 25.853.

TP-4015 is an impact resistant polyurea formulated for vacuum assisted casting systems and short mold cycle times. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI.

TP-4016 is an impact resistant polyurethane formulated for room temperature meter-mix dispensing systems. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI. TP 4016 is a U.L. 94v1 registered flame retardant polyurethane.

TP-4020 is a stiff polyurethane formulated for room temperature hand-batch systems or vacuum casting systems. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI.

TP-4040 is an impact resistant elastomer formulated for meter mix dispensing. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI.

TP-4045 is an impact resistant polyurea formulated for room temperature hand-batch or machine dispensable systems. Excellent physical properties can be obtained without the utilization of mercury, MOCA, or TDI.

TP-4050 is a rigid, impact resistant polyurethane formulated for hand-batch processing, vacuum assist casting or meter mix dispense methods. Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA, or TDI. TP-4050 is a tough ABS simulated product with a very low mixed viscosity and great demold characteristics.

TP-4051 is a rigid, impact resistant polyurethane formulated for hand-batch processing, vacuum assist casting or meter mix dispense methods. Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA, or TDI. TP-4051 is a tough ABS simulated product with a very low mixed viscosity

TP-4052 is a rigid, impact resistant polyurethane formulated for hand-batch processing, vacuum assist casting or meter mix dispense methods Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA or TDI TP-4052 is a tough ABS simulated product with a very low mixed viscosity

TP-4053 is a rigid, impact resistant polyurethane formulated for hand-batch processing. Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA, or TDI. TP-4053 is a tough ABS simulated product.

TP-4054 is a rigid, impact resistant polyurethane formulated for hand-batch processing. Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA, or TDI. TP-4054 is a tough ABS simulated product.

TP-4055 is an impact resistant polyurethane formulated for hand-batch processing, vacuum assist casting or meter mix dispense methods. Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA, or TDI. TP-4055 is a tough polyethylene/polypropylene simulated product with a very low mixed viscosity.

TP-4056 is a rigid, impact resistant polyurethane formulated for hand-batch processing, vacuum assist casting or meter mix dispense methods. Excellent physical properties can be obtained with a mild post cure without the utilization of mercury, MOCA, or TDI. TP-4056 is a tough ABS simulated product with a very low mixed viscosity and great demold characteristics.

RC-200 is a tough, impact resistant elastomer formulated for meter mix dispensing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA or TDI.

RC-210 is a tough, impact resistant elastomer formulated for meter mix dispensing methods. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA or TDI.

RC-255 is a tough, impact resistant elastomer formulated meter-mix dispensing systems. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or TDI.

RC-510 is a rigid polyurethane formulated for room temperature meter-mix dispensing systems and short mold cycle times. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or TDI.

RC-542 is a flame retardant elastomer formulated for room temperature meter-mix dispensing systems and short mold cycle times. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or TDI. RC-542 conforms to UL94vO flame resistance and is yellow card certified. RC-542 exhibits a very low viscosity, allowing for better mold-flow.

RC 555 is a shore D polyurethane formulated for room temperature meter mix dispensing systems and short mold cycle times. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or TDI.

RC-79D is a rigid, flame retardant polyurethane formulated for room temperature meter-mix dispensing systems and short mold cycle times. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA, or TDI. RC-79D is approved for many medical applications including MRI coil housings and is a UL 94V0 registered flame retardant polyurethane.

RC 82D is a translucent polyurethane formulated for room temperature meter-mix dispensing systems and short mold cycle times. Excellent physical properties can be obtained with a room temperature cure without the utilization of mercury, MOCA or TDI RC-82D is particularly ideal for color-matching applications due to its neutral semi- transparent appearance