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A high-grip compound created through joint development with super sports cars. |
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The new compound developed for ADVAN Sport was tested many times under hypervelocity conditions, and is the ultimate model by Yokohama. This high-grip rubber ensures both pliability and strength. |
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The state-of-the-art technology that was used to cause the chemical reaction between polymer and silica is what derived such a high performance. |
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A compound is usually made by compounding polymer and silica. However, Yokohama Rubber succeeded in creating a compound of higher performance by bringing about a "chemical reaction" when compounding polymer and silica. |
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High heat resistance and a strong grip. A type of rubber with less temperature dependency was newly developed. |
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Tread temperature heightens during high-load, high-velocity cruising. If the temperature level reaches an extreme limit, the tire may destabilize due to the heat, causing deterioration in the tire's grip. Thus, Yokohama Rubber, with its original technology, developed a compound that makes "the grip less susceptible to heat." |
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- A compound that was developed in conjunction with super sports car.
This compound was exclusively developed for hypervelocity cruising and ensures a higher grip.
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compound with less temperature dependency.
The compound maintained its grip at a high level by holding down the variation in the perfor-mance at different temperatures, from low temperatures to high temperatures.
- Securing a strong grip even on wet surfaces.
By dispersing silica more equally and improving the pliability of rubber, the compound ensures a strong grip on wet surfaces as well.
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