How to ensure the safety of electric scooter riding? Anti-slip, anti-puncture, explosion-proof are indispensable!

The lightweight and compact electric scooter is a common means of transportation for many people in their daily travel. However, although its "size" is small, the safety requirements for tires are not small, once there is an air leak, puncture, puncture or slippage in the process of riding, it will pose a threat to the user's riding safety.
Therefore, only tires that are safe enough and can effectively deal with various types of emergencies during riding can give electric scooter users a more reassuring and safe travel experience.
In response to such market demand, the Naidong R&D team has developed and produced a series of Naidong off-road light tire products after testing different tire materials, structures and treads, which are made of Naidong's self-developed formula Lcrb material, combined with a new generation of internal hollow honeycomb structure design and off-road strong grip tread, which comprehensively optimizes the safety of electric scooter riding.
The Lcrb material used in this tire has lighter weight and better elasticity than ordinary rubber materials, and has been tested and compared with the same style of non-pneumatic tires by up to 30% and increased by 25% compared with the same style of non-pneumatic tires, allowing users to ride more lightly and comfortably.
The design of the inner hollow honeycomb structure optimizes the heat dissipation effect of the off-road light tire of the endurance off-road, reduces the weight of the tire, and gives the tire the performance of non-inflation and anti-run, while increasing the shock absorption and cushioning performance of the tire, so as to optimize the ability of the tire to reduce the bumpiness of the user and improve the user's riding comfort when driving on the pothole and uneven road.
The unique off-road tread design allows the endurance off-road light tire to better reduce the possibility of tire slippage in muddy and slippery road conditions, allowing users to maintain the same stable and safe riding experience in more complex road conditions.