What is the difference between tire rubber and tire reclaimed rubber?

There are significant differences between tire rubber and tire reclaimed rubber in multiple aspects. The following is a detailed comparison of the two:

1、 Source and production process

Tire rubber:

Source: Tire rubber usually refers to specialized rubber materials used for tire manufacturing or repair, and its basic raw materials are mostly fresh rubber or specific synthetic rubber.

Production process: The production process of tire rubber is relatively complex, requiring precise proportioning, mixing, vulcanization and other processes to ensure that it meets the high standard requirements of tire manufacturing.

Tire reclaimed rubber:

Source: Tire reclaimed rubber is recycled and reused from rubber products such as waste tires. These waste tires undergo processes such as crushing, desulfurization, and purification to ultimately obtain tire reclaimed rubber.

Production process: The production process of tire reclaimed rubber is relatively simple, but it also requires a series of processing steps to ensure that its quality and performance meet certain standards.

2、 Performance and Features

Tire rubber:

Performance: Tire rubber has excellent strength, elasticity, wear resistance, and aging resistance. These properties are necessary for tire manufacturing to ensure that tires can maintain stable performance under various harsh conditions.

Characteristics: Tire rubber usually has good fluidity, low shrinkage rate, and strong tensile strength, which make it easy to process and shape during the tire manufacturing process.

Tire reclaimed rubber:

Performance: The performance of tire reclaimed rubber may vary due to differences in raw material sources and processing techniques. But generally speaking, its strength and stability may be slightly lower than fresh tire rubber. However, by adding appropriate additives such as vulcanizing agents, fillers, anti-aging agents, etc., the performance of tire reclaimed rubber can be significantly improved to meet the specific application requirements.

Characteristics: Recycled tire rubber has the advantages of low cost, environmental protection, and renewable utilization. These characteristics make tire reclaimed rubber have broad application prospects in the rubber products industry.

3、 Application Fields

Tire rubber:

Mainly used for tire manufacturing and repair. Due to its excellent performance, tire rubber is an indispensable material in the tire manufacturing process.

Tire reclaimed rubber:

The application fields of tire reclaimed rubber are relatively wide. It can be used alone or in combination with other rubber materials to manufacture various rubber products, such as rubber sheets, rubber blocks, rubber tubes, rubber bands, shoe sole materials, etc. In addition, tire reclaimed rubber can also be used for sealing, shock absorption, and protection in fields such as construction, machinery, and electronics.

4、 Cost and Environmental Impact

Cost:

The cost of tire rubber is relatively high because its raw materials are mostly fresh rubber or specific synthetic rubber, and the production process is complex.

The cost of tire reclaimed rubber is relatively low because its raw materials come from rubber products such as waste tires, and the production process is relatively simple. This gives tire reclaimed rubber a competitive advantage in terms of price.

Environmental impact:

The production and use of tire rubber may generate certain environmental pollution. However, with the improvement of environmental awareness and technological progress, the production process of tire rubber is gradually developing towards a green and environmentally friendly direction.

The environmental advantages of tire reclaimed rubber are significant. By recycling and reusing rubber products such as waste tires, tire recycled rubber not only reduces resource waste but also lowers environmental pollution.

In summary, there are significant differences between tire rubber and tire reclaimed rubber in terms of source and production process, performance and characteristics, application fields, as well as cost and environmental impact. In practical applications, it is necessary to select suitable materials based on specific needs and conditions.