What is the working principle of intelligent tire rubber?

The working principle of intelligent tire rubber is mainly based on the characteristics of its high molecular active polymer and intelligent self-healing. The following is a detailed explanation of the working principle of intelligent tire rubber:

1、 Characteristics of high molecular active polymers

Intelligent tire rubber is composed of high molecular active polymers, which have special chemical structures and physical properties. They can always maintain a soft gel state and respond quickly even when the tire is subjected to external forces.

2、 Intelligent self-healing capability

Immediate repair of puncture: When a tire is pierced by a sharp object, the high molecular active polymer in the smart tire rubber will react quickly. They quickly flow to the wound and form a dense layer of gel around the wound. This gel layer can effectively seal the wound and prevent gas leakage.

Continue repairing after removing the object: If the object piercing the tire is removed, the polymer in the smart tire rubber will react quickly again. They will fill the voids formed by object extraction, ensuring the integrity of the tire.

3、 Specific work steps

Response to puncture: When the tire is punctured, the smart tire rubber immediately begins to flow.

Formation of gel layer: high molecular active polymer forms a tight gel layer at the wound to seal the wound.

Filling the cavity: If the pierced object is pulled out, the smart tire rubber will continue to flow and fill the cavity.

Maintain tire integrity: Through the above process, smart tire rubber can ensure that the tire remains intact and airtight even after being punctured.

4、 Application scenarios and advantages

Intelligent tire rubber is mainly used in self-healing tires. This type of tire can automatically repair wounds after being punctured, greatly reducing the probability of bulges and blowouts. Compared to traditional tire repair methods, smart tire rubber has faster repair speed and higher repair quality. In addition, it can also extend the service life of tires, reduce vehicle failures and safety accidents caused by tire damage.

In summary, the working principle of intelligent tire rubber is based on the characteristics of its high molecular active polymer and intelligent self-healing properties. When a tire is punctured, it can quickly respond and repair the wound, ensuring the integrity and airtightness of the tire. This material has broad application prospects and significant advantages in self-healing tires.