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Polymers

Polymers

Polymers

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ADDITIVES - Adhesion Promoter (13)

ADDITIVES - Anti-Graffiti (13)

ADDITIVES - Antiscratch (13)

ADDITIVES - Coupling Agent/Chain Extender (13)

ADDITIVES - Dispersing Agent (13)

ADDITIVES - Water Repellent (15)

ADDITIVES - Adhesion Promoter (13)

ADDITIVES - Anti-Graffiti (13)

ADDITIVES - Antiscratch (13)

ADDITIVES - Coupling Agent/Cha... (13)

ADDITIVES - Dispersing Agent (13)

ADDITIVES - Intermediate & Acc... (13)

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ADDITIVES - Rheology Modifier (13)

ADDITIVES - Surface Modifier/D... (13)

ADDITIVES - Water Repellent (15)

BINDERS - Styrene Butadiene R... (13)

BINDERS - Acrylic Dispersion (13)

BINDERS - Acrylic Emulsion (13)

BINDERS - Acrylic Resin (13)

BINDERS - Amino/Melamine/Urea ... (13)

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BINDERS - Polyurethane Dispers... (13)

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PIGMENTS - Complex Inorganic P... (13)

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POLYMERS - Polyester/Polyethyl... (1)

POLYMERS - Polymer Producers/R... (13)

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POLYMERS - Silicone Rubber (13)

POLYMERS - Thermoplastic Polyu... (13)

Raw Material for Electronics (13)

Semiconductor Materials (13)

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Luna PTSI-P

Luna PTSI-P is used in the formulation of polyurethane products as a reactive additive with low viscosity. Luna PTSI-P prevents moisture related problems by reacting with trace moisture. Excess water reacts with Luna PTSI-P towards the corresponding carbamic acid, which undergoes immediate decomposition to form carbon dioxide and the relatively inert p- toluenesulfonamide, which is commonly used as a plasticizer.
Silaplane™ FM-0721

Silaplane™ FM-07 series, including Silaplane™ FM-0721 with a Molecular Weight (Mn) of 5000, can react with Acrylic resins to impart the excellent properties of silicone to various organic resins. As a result, Silaplane™ can be used as a raw material for polymers.
Silaplane™ FM-0815J

FM-0815J with a Molecular Weight (Mn) of 3000 has siloxane chains (silicone) and alkoxysilyl groups that chemically bond to the surface of the inorganic filler to ease mixing of the inorganic filler and silicone binder resin.
Silaplane™ TM-0701T

Silaplane™ TM-0701T with a Molecular Weight (Mn) of 423 can react with Acrylic resins to impart the excellent properties of silicone to various organic resins. As a result, Silaplane™ can be used as a raw material for polymers.
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