Thermoplastic Elastomer (TPE) by Mitsui Chemicals America, Inc.
Product | Availability | Product Description |
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Milastomer™ M3800NS | North America | |
Milastomer™ M4400BS | North America | |
Milastomer™ M4400NS | North America | |
Milastomer™ M4800BS | North America | |
Milastomer™ M4800NS | North America | |
Milastomer™ S-250B | North America | |
Milastomer™ S-350B | North America | |
Milastomer™ S-450B | North America | |
Milastomer™ S-650BS | North America | |
Milastomer™ S-702B | North America | |
Milastomer™ S-808BS | North America | |
Milastomer™ W600B | North America | |
Milastomer™ W651B | North America | |
Milastomer™ W700B | North America | |
Milastomer™ W750B | North America | |
NOTIO™ PN-0040 | North America |
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.
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NOTIO™ PN-2060 | North America |
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.
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NOTIO™ PN-2070 | North America |
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.
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NOTIO™ PN-3560 | North America |
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.
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