Nipol BR affords excellent abrasion resistance, low temperature resistance, and heating characteristics, as well as high rebound resilience. There are two types of Nipol BR-high cis-BR and low cis-BR-with different levels of cis-1,4 content, which can be selected according to the specific application. When combined with other rubbers, such as natural rubber, SBR, and NBR, Nipol BR provides and improves low-temperature performance and other characteristics, the inherent features of Nipol BR, while maintaining each rubber's unique properties. Nipol BR is widely used and has proved satisfactory in a variety of manufacturing processes for such products as tires, footwear, vibration-insulating rubber, and high impact polystyrene. Uses Auto tires, bicycle tires, aircraft tires, tire treads, camelback, conveyor belts, V-belt, packings, seals, footwear, coated fabrics, molded and extruded mechanical goods.

Nipol BR affords excellent abrasion resistance, low temperature resistance, and heating characteristics, as well as high rebound resilience. There are two types of Nipol BR-high cis-BR and low cis-BR-with different levels of cis-1,4 content, which can be selected according to the specific application. When combined with other rubbers, such as natural rubber, SBR, and NBR, Nipol BR provides and improves low-temperature performance and other characteristics, the inherent features of Nipol BR, while maintaining each rubber's unique properties. Nipol BR is widely used and has proved satisfactory in a variety of manufacturing processes for such products as tires, footwear, vibration-insulating rubber, and high impact polystyrene. Uses Auto tires, bicycle tires, aircraft tires, tire treads, camelback, conveyor belts, V-belt, packings, seals, footwear, coated fabrics, molded and extruded mechanical goods.

Nipol BR affords excellent abrasion resistance, low temperature resistance, and heating characteristics, as well as high rebound resilience. There are two types of Nipol BR-high cis-BR and low cis-BR-with different levels of cis-1,4 content, which can be selected according to the specific application. When combined with other rubbers, such as natural rubber, SBR, and NBR, Nipol BR provides and improves low-temperature performance and other characteristics, the inherent features of Nipol BR, while maintaining each rubber's unique properties. Nipol BR is widely used and has proved satisfactory in a variety of manufacturing processes for such products as tires, footwear, vibration-insulating rubber, and high impact polystyrene. Characteristics High solution viscosity type

Nipol BR affords excellent abrasion resistance, low temperature resistance, and heating characteristics, as well as high rebound resilience. There are two types of Nipol BR-high cis-BR and low cis-BR-with different levels of cis-1,4 content, which can be selected according to the specific application. When combined with other rubbers, such as natural rubber, SBR, and NBR, Nipol BR provides and improves low-temperature performance and other characteristics, the inherent features of Nipol BR, while maintaining each rubber's unique properties. Nipol BR is widely used and has proved satisfactory in a variety of manufacturing processes for such products as tires, footwear, vibration-insulating rubber, and high impact polystyrene. Characteristics Medium high solution viscosity type

Nipol BR affords excellent abrasion resistance, low temperature resistance, and heating characteristics, as well as high rebound resilience. There are two types of Nipol BR-high cis-BR and low cis-BR-with different levels of cis-1,4 content, which can be selected according to the specific application. When combined with other rubbers, such as natural rubber, SBR, and NBR, Nipol BR provides and improves low-temperature performance and other characteristics, the inherent features of Nipol BR, while maintaining each rubber's unique properties. Nipol BR is widely used and has proved satisfactory in a variety of manufacturing processes for such products as tires, footwear, vibration-insulating rubber, and high impact polystyrene. Uses Auto tires, bicycle tires, aircraft tires, tire treads, camelback, conveyor belts, V-belt, packings, seals, footwear, coated fabrics, molded and extruded mechanical goods.

Nipol SBR is produced through emulsion polymerization and is superior to natural rubber in heat aging resistance, abrasion resistance, ozone resistance, chemical resistance, fire retardant performance, and gas penetrability. Furthermore, in terms of tensile strength and bending fracture resistance, performance that is nearly identical to natural rubber can be obtained by optimizing the composition. it is used in a variety of industrial rubber products, such as tires and footwear. Uses Tires, camelback, molded and extruded mechanical goods. Suitable dark for most colored products where color is not important.

Nipol SBR is produced through emulsion polymerization and is superior to natural rubber in heat aging resistance, abrasion resistance, ozone resistance, chemical resistance, fire retardant performance, and gas penetrability. Furthermore, in terms of tensile strength and bending fracture resistance, performance that is nearly identical to natural rubber can be obtained by optimizing the composition. it is used in a variety of industrial rubber products, such as tires and footwear. Uses Tire white wall and carcass, mechanical goods, white or light colored sporting goods, floor covering, shoe soles and heels, refrigerator gaskets.

Nipol SBR is produced through emulsion polymerization and is superior to natural rubber in heat aging resistance, abrasion resistance, ozone resistance, chemical resistance, fire retardant performance, and gas penetrability. Furthermore, in terms of tensile strength and bending fracture resistance, performance that is nearly identical to natural rubber can be obtained by optimizing the composition. it is used in a variety of industrial rubber products, such as tires and footwear. Uses Tire tread rubber, molded and extruded goods.

Nipol SBR is produced through emulsion polymerization and is superior to natural rubber in heat aging resistance, abrasion resistance, ozone resistance, chemical resistance, fire retardant performance, and gas penetrability. Furthermore, in terms of tensile strength and bending fracture resistance, performance that is nearly identical to natural rubber can be obtained by optimizing the composition. it is used in a variety of industrial rubber products, such as tires and footwear. Uses Tire tread rubber for high performance tire.

Nipol SBR is produced through emulsion polymerization and is superior to natural rubber in heat aging resistance, abrasion resistance, ozone resistance, chemical resistance, fire retardant performance, and gas penetrability. Furthermore, in terms of tensile strength and bending fracture resistance, performance that is nearly identical to natural rubber can be obtained by optimizing the composition. it is used in a variety of industrial rubber products, such as tires and footwear. Uses Tire tread rubber for high performance tire.

The Nipol NS series is produced by solution polymerization; its polymer structure is tightly controlled using an organic lithium catalyst. NS116R is used as rubber for high-performance tires that offer both excellent grip capability and fuel efficiency, based on polymer structure control and chemical modification of chain-ends. SB block-polymer NS310S, which uses living polymerization, maximizes resin performance as a styrene resin modifier. Characteristics Well-balanced between set skid resistance and rolling resistance Uses Tires, vibration insulators

The Nipol NS series is produced by solution polymerization; its polymer structure is tightly controlled using an organic lithium catalyst. NS116R is used as rubber for high-performance tires that offer both excellent grip capability and fuel efficiency, based on polymer structure control and chemical modification of chain-ends. SB block-polymer NS310S, which uses living polymerization, maximizes resin performance as a styrene resin modifier. Characteristics High resilience, good wet skid resistance, low heat build up. Less mill shrinkage. Light color recipe available. Uses Shoe sole, tire belting, industrial goods

The Nipol NS series is produced by solution polymerization; its polymer structure is tightly controlled using an organic lithium catalyst. NS116R is used as rubber for high-performance tires that offer both excellent grip capability and fuel efficiency, based on polymer structure control and chemical modification of chain-ends. SB block-polymer NS310S, which uses living polymerization, maximizes resin performance as a styrene resin modifier. Characteristics Styrene-Butadiene Block polymer. Uses Modifier for High impact polystyrene, ABS

The Nipol NS series is produced by solution polymerization; its polymer structure is tightly controlled using an organic lithium catalyst. NS116R is used as rubber for high-performance tires that offer both excellent grip capability and fuel efficiency, based on polymer structure control and chemical modification of chain-ends. SB block-polymer NS310S, which uses living polymerization, maximizes resin performance as a styrene resin modifier. Characteristics Excellent balance between high wet grip and Low fuel consumption performance Uses The tread rubber for high performance tire

The Nipol NS series is produced by solution polymerization; its polymer structure is tightly controlled using an organic lithium catalyst. NS116R is used as rubber for high-performance tires that offer both excellent grip capability and fuel efficiency, based on polymer structure control and chemical modification of chain-ends. SB block-polymer NS310S, which uses living polymerization, maximizes resin performance as a styrene resin modifier. Characteristics Excellent balance between high wet grip and Low fuel consumption performance Uses The tread rubber for high performance tire