SIS
SIS offers good thermal stability, high cohesion strength, spray ability and superior adhesion. It is well-suited for use in hot melt adhesives, elastomer compounds and plastic modification.
Features
Softest, most tacky, lower viscosity, outstanding melt processability and elasticity.
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TAIPOL / VECTOR TPE INTRO
Compounding
rTPE
Family Hygiene
Plastic Modifiers
Medical
Labels
Tapes
Protective Film
Flexography
Films
Packaging
Packaging
The unique structure of VECTOR SBCs makes them useful for a variety of packaging applications. For example, wherever dissimilar materials are blended or otherwise combined, high styrene VECTOR 4411 are especially well suited to enhance compatibility between styrenic and olefinic polymers. The polymers allow processors to combine these materials effectively to create distinctive films with a wide range of desired properties. VECTOR SBCs have the added advantage of improving impact and draw properties for thermoforming applications. Because VECTOR SBCs are stable, narrow molecular-weight styrenic block copolymers, they improve melt strength during processing and impact performance, and toughness and crack resistance in the final product. They blend readily with polyolefins such as low-density polyethylene and ethylene vinyl acetate resins, and styrenic polymers such as crystal and high-impact polystyrene. They can accept common oils, fillers, process aids, antiblock agents and colorants.
Product Classification
| Grade | Characteristics | Application | Download |
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vector 4411ND |
VECTOR 4411ND is a linear triblock copolymer with a narrow molecular weight distribution. It has excellent creep resistance. It is well-suited for use in hot melt adhesives, disposable diaper applications and the compatibilization of styrenic/olefinic polymer blends. |
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vector 4411S |
VECTOR 4411S is a linear triblock copolymer with a narrow molecular weight distribution. It has excellent creep resistance. It is well-suited for use in hot melt adhesives, disposable diaper applications and the compatibilization of styrenic/olefinic polymer blends. |
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