Prospector®

Thermoplastic Elastomer (TPE) by Mitsui Chemicals America, Inc.

Produto Disponibilidade Descrição do produto
Milastomer™ M3800NS América do Norte  
Milastomer™ M4400BS América do Norte  
Milastomer™ M4400NS América do Norte  
Milastomer™ M4800BS América do Norte  
Milastomer™ M4800NS América do Norte  
Milastomer™ S-250B América do Norte  
Milastomer™ S-350B América do Norte  
Milastomer™ S-450B América do Norte  
Milastomer™ S-650BS América do Norte  
Milastomer™ S-702B América do Norte  
Milastomer™ S-808BS América do Norte  
Milastomer™ W600B América do Norte  
Milastomer™ W651B América do Norte  
Milastomer™ W700B América do Norte  
Milastomer™ W750B América do Norte  
NOTIO™ PN-0040 América do Norte
NOTIO™ is a flexible, low density, transparent elastomer with excellent heat resistance. The resin is not cross- linked and demonstrates superior elasticity. NOTIO's crystalline and amorphous structure (morphology) is controlled at the nano scale, allowing for the realization of properties that cannot be achieved with conventional elastomers.
NOTIO™ PN-2060 América do Norte
NOTIO™ is a flexible, low density, transparent elastomer with excellent heat resistance. The resin is not cross- linked and demonstrates superior elasticity. NOTIO's crystalline and amorphous structure (morphology) is controlled at the nano scale, allowing for the realization of properties that cannot be achieved with conventional elastomers.
NOTIO™ PN-2070 América do Norte
NOTIO™ is a flexible, low density, transparent elastomer with excellent heat resistance. The resin is not cross- linked and demonstrates superior elasticity. NOTIO's crystalline and amorphous structure (morphology) is controlled at the nano scale, allowing for the realization of properties that cannot be achieved with conventional elastomers.
NOTIO™ PN-3560 América do Norte
NOTIO™ is a flexible, low density, transparent elastomer with excellent heat resistance. The resin is not cross- linked and demonstrates superior elasticity. NOTIO's crystalline and amorphous structure (morphology) is controlled at the nano scale, allowing for the realization of properties that cannot be achieved with conventional elastomers.