Features - Linear and clear block copolymer - Excellent weather and heat resistance - Good compatibility with plastics Typical Application - Optical gel - Viscosity modification - Sealant

Features - Linear and clear block copolymer - Excellent weather and heat resistance - Good compatibility with plastics Typical Application - Midsole Foam - Plastic modification - Compounding for modification

HYBRAR™ is a truly unique triblock co-polymer having polystyrene end blocks and a vinyl rich poly-diene midblock. Due to its peak tan delta near room temperature, HYBRAR™ exhibits outstanding vibration damping and shock absorption properties. Its damping properties make HYBRAR™ the product of choice for sports equipment as well as for foamable sound damping sealants. Other application possibilities include electronic components, film and sheet for medical packaging, adhesives, coatings, sealants, hearing protection, automotive, and housing and construction components.

Kraton G1702 H is used as an ingredient in formulating adhesives, sealants and coatings. It may also find use as a modifier of bitumen or thermoplastics and in compound formulations. - Kraton G1702 HU - supplied as a undusted powder. - Kraton G1702 HF - supplied as a dusted powder Kraton G1702 H is a clear, linear diblock copolymer based on styrene and ethylene/propylene with a polystyrene content of 28%. It is supplied from North America in the physical form identified below.

Kraton G1730 V is a clear copolymer based on styrene and ethylene/propylene with a polystyrene content of 21%. It is supplied from Taiwan in the physical form identified below. - Kraton G1730 VO - supplied as a dusted, dense pellet Kraton G1730 V is used as a modifier of polymers. It is also suitable as an ingredient in formulating adhesives, sealants and coatings.

Kraton G1750 V is a clear, multi-arm polymer based on ethylene/propylene. It is supplied from Taiwan in the physical form identified below. - G1750 VO - supplied in a bale Kraton G1750 V is used as a modifier of polymers. It is also suitable as an ingredient in formulating compounds for footwear applications and may be used in formulating adhesives, sealants and coatings.

The SEPS structure generates high elongation properties as well as enhanced low temperature properties without crystallization. With its broad range of hardnesses, SEPTON™ 2000-series is used with various products like personal care, medical or automotive products as well as film applications and especially adhesives.

The SEPS structure generates high elongation properties as well as enhanced low temperature properties without crystallization. With its broad range of hardnesses, SEPTON™ 2000-series is used with various products like personal care, medical or automotive products as well as film applications and especially adhesives.

The SEPS structure generates high elongation properties as well as enhanced low temperature properties without crystallization. With its broad range of hardnesses, SEPTON™ 2000-series is used with various products like personal care, medical or automotive products as well as film applications and especially adhesives.

The SEPS structure generates high elongation properties as well as enhanced low temperature properties without crystallization. With its broad range of hardnesses, SEPTON™ 2000-series is used with various products like personal care, medical or automotive products as well as film applications and especially adhesives.

The SEPS structure generates high elongation properties as well as enhanced low temperature properties without crystallization. With its broad range of hardnesses, SEPTON™ 2000-series is used with various products like personal care, medical or automotive products as well as film applications and especially adhesives.

The SEPS structure generates high elongation properties as well as enhanced low temperature properties without crystallization. With its broad range of hardnesses, SEPTON™ 2000-series is used with various products like personal care, medical or automotive products as well as film applications and especially adhesives.