| SBR |
A synonym for general-purpose synthetic rubbers, SBR offers excellent tensile strength, tear strength, and resistance to aging and abrasion. Used in tires, belts, footwear, and various industrial products. |
| BR |
In addition to boasting superb abrasion resistance, dynamic performance, low-temperature performance, and processability, BR features high rebound resilience that makes it a choice material for golf balls. Also used for tires, belts, and more. |
| IR |
A general-purpose synthetic rubber whose molecular structure is similar to that of natural rubber, IR excels in formability, ease of vulcanization, tensile strength, and resilience. |
| NBR |
A copolymer of acrylonitrile and butadiene that has good oil resistance. Widely used in automotive parts and industrial products. |
| IIR |
Mainly used in tire inner tubes and liners because of its superior gas impermeability. Also offers good weatherability and resistance to ozone and heat. |
| EPM / EPDM |
Highly resistant to heat, ozone, and weathering. Used for automotive parts such as packing and hoses, as well as electrical cables/wires, belts, and as a modifier in synthetic resins. |
| CR |
Offering a good balance of properties, including outstanding resistance to heat, fatigue, oil, and chemicals, CR is widely used for applications involving extreme conditions. |
| Silicone rubber |
Excellent resistance to heat, water, chemicals, weathering, ozone, and cold. |
| FKM |
High-quality fluoro rubber with broad performance, including resistance to oil, chemicals, heat, flame, weathering, ozone, and more. |
| NV / NE |
Polymer alloys NV (acrylonitrile rubber & PVC) and NE (nitrile rubber & EPDM) combine the properties of their constituents. |
| Rubber compounds |
We offer diverse blends tailored to your needs. |
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