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.

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.

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.

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.

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

KURARITY is a novel acrylic copolymer based on Kuraray’s two main stream technologies. KURARITY is non-crystalline block copolymer and does not have melting point. KURARITY shows excellent compatibility with ABS in particular. KURARITY softens plastics. Features - Extremely low residual monomer or oligomer - Extremely low odor - Low hardness without plasticizer - Excellent clarity - Excellent weatherability with no concerns about hydrolytic degradation - Self-adhesive without tackifier and plasticizer - Good compatibility with high polar materials

SEPTON™ 1000-series is characterized by excellent clarity and good flow ability due to its SEP structure. Main areas of application are adhesives, clear sealants, automotive products and cable/wire insulation. SEPTON™ 1000-series products can also be applied as a modifier for unsaturated polyester.

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.

Unique SEPTON™ 4000-series shows high tensile strength, moderate elongation with exceptional oil absorbency. SEPTON™ 4000-series is produced with a wide range of molecular weights and are therefore applicable for several differentiated applications like gels, films, automotive applications and many more. Rubber-like compounds with SEPTON™ 4000-series products can also replace PVC in several applications.

Unique SEPTON™ 4000-series shows high tensile strength, moderate elongation with exceptional oil absorbency. SEPTON™ 4000-series is produced with a wide range of molecular weights and are therefore applicable for several differentiated applications like gels, films, automotive applications and many more. Rubber-like compounds with SEPTON™ 4000-series products can also replace PVC in several applications.

Unique SEPTON™ 4000-series shows high tensile strength, moderate elongation with exceptional oil absorbency. SEPTON™ 4000-series is produced with a wide range of molecular weights and are therefore applicable for several differentiated applications like gels, films, automotive applications and many more. Rubber-like compounds with SEPTON™ 4000-series products can also replace PVC in several applications.

Unique SEPTON™ 4000-series shows high tensile strength, moderate elongation with exceptional oil absorbency. SEPTON™ 4000-series is produced with a wide range of molecular weights and are therefore applicable for several differentiated applications like gels, films, automotive applications and many more. Rubber-like compounds with SEPTON™ 4000-series products can also replace PVC in several applications.

Unique SEPTON™ 4000-series shows high tensile strength, moderate elongation with exceptional oil absorbency. SEPTON™ 4000-series is produced with a wide range of molecular weights and are therefore applicable for several differentiated applications like gels, films, automotive applications and many more. Rubber-like compounds with SEPTON™ 4000-series products can also replace PVC in several applications.

With its popular mid-block structure in HSBCs, SEPTON™ 8000-series is an excellent choice. The moderate tensile strength is one of the main features of SEBS. SEPTON™ 8000-series is widely used for adhesives, automotive and personal care applications.

With its popular mid-block structure in HSBCs, SEPTON™ 8000-series is an excellent choice. The moderate tensile strength is one of the main features of SEBS. SEPTON™ 8000-series is widely used for adhesives, automotive and personal care applications.

With its popular mid-block structure in HSBCs, SEPTON™ 8000-series is an excellent choice. The moderate tensile strength is one of the main features of SEBS. SEPTON™ 8000-series is widely used for adhesives, automotive and personal care applications.

The functional group has just an end-polymer chain. As a result the reaction can be controlled. SEPTON™ HG252 is used as a modifier for polar resins and compatibilizer of polar/non-polar resins.