The technological innovation in the tire rubber industry is mainly reflected in the following aspects:
1、 Application of new rubber materials
Liquid Gold Tire:
Using high-performance rubber material EVEC rubber, it is produced through the world's first chemical rubber mixing technology. This type of tire not only reduces rolling resistance but also improves its resistance to wet sliding and wear resistance, successfully solving the "devil's triangle" problem of tire rolling resistance, wet sliding resistance, and wear resistance that are difficult to balance.
Liquid gold tires have performed outstandingly in professional testing by multiple authoritative domestic and foreign institutions, and are known as the "fourth milestone technological innovation in the world rubber tire industry".
Rubber composition for transition layer of high gas holding and high thermal conductivity tire:
By using layered silicate inorganic fillers to replace most of the carbon black in the transition layer formula of all steel radial tires, the permeability coefficient of the transition layer formula is reduced, and the tire's air holding performance is improved.
Simultaneously enhancing the thermal conductivity of the transition layer formula, improving the heat transfer efficiency inside the tire, and further improving tire performance.
2、 Optimization of tire structure design
Non inflatable tires:
Adopting a new structural design, the stability and comfort of the tire can be maintained without inflation. This type of tire reduces the risk of tire blowouts and improves driving safety.
High end tire products such as wide base tires and giant engineering tires:
Optimize and innovate tire structure design for specific application scenarios and requirements. These tires have excellent performance in terms of load-bearing capacity, wear resistance, tear resistance, etc., meeting the special needs of different fields.
3、 Intelligent manufacturing and digital transformation
Digital management system:
Introduce a digital management system to monitor and control key parameters in the tire production process in real-time. By analyzing data and optimizing algorithms, we aim to improve production efficiency, reduce energy consumption, and decrease waste rates.
Smart Factory and Industrial Internet:
Build an intelligent factory and use the industrial Internet platform to realize the automation, digitalization and intellectualization of the production process. By introducing technologies such as robots, automation equipment, RFID, etc., the flexibility and efficiency of the production line can be improved.
4、 Environmental protection and sustainable development
Green tire technology:
Develop and promote green tire technology, using environmentally friendly materials and processes to manufacture tires. These tires perform excellently in reducing rolling resistance, fuel consumption, and carbon dioxide emissions, contributing to the sustainable development of the tire industry.
Recycling and reuse of waste tires:
Research the recycling and reuse technology of waste tires to achieve the circular utilization of resources. By using processes such as crushing, magnetic separation, and separation, waste tires are transformed into recycled rubber, rubber particles, and other products, reducing environmental pollution and resource waste.
5、 Other technological innovations
Self repairing tires:
Develop tire materials and technologies with self-healing capabilities. When the tire is damaged, it can automatically repair the wound and restore its performance. This type of tire improves driving safety and tire lifespan.
High performance radial tires:
High performance radial tires manufactured using new materials and structural designs exhibit excellent performance in terms of load-bearing capacity, wear resistance, tear resistance, and other aspects. This type of tire is widely used in fields such as automobiles, airplanes, and construction machinery.
In summary, technological innovation in the tire rubber industry covers the application of new rubber materials, optimization of tire structure design, intelligent manufacturing and digital transformation, environmental protection and sustainable development, and many other aspects. These technological innovations not only improve the performance and quality of tires, but also promote the sustainable development and transformation upgrading of the tire industry.