Waste tire recycling equipment undertakes a number of tasks, which mainly revolve around the **, treatment and reuse of waste tires. Here are a few of the key tasks that scrap tire recycling equipment undertakes:
Task 1: Tire crushing.
Tire shredding is the first and most basic step in the reuse of waste tires. Scrap tire recycling equipment usually includes a tire shredder that can shred scrap tires into pieces of different sizes for subsequent processing.
Task 2: Separate the tire material.
After the tire is broken, the wire and fiber material in the tire need to be separated. Scrap tire recycling equipment is usually equipped with a magnetic separator that separates the steel wire from the scrap tire debris. At the same time, an air separator can also be used to separate the fibrous material.
Task 3: Processing and extracting carbon black.
Carbon black in tires is an important resource that can be used to produce recycled rubber, plastics, fuels, and more. Waste tire reuse equipment is usually equipped with a carbon black extraction device, which can extract carbon black from tire fragments. At the same time, the extracted carbon black is further processed to better meet the needs of various applications.
Task 4: Production of recycled rubber.
Recycled rubber refers to the rubber materials obtained through the processing and regeneration of waste rubber products, which can be used to produce various rubber products. The waste tire recycling equipment can melt the shredded tire fragments at high temperatures, and then go through a series of processing processes to produce recycled rubber.
Task 5: Production of fuel oil and gas.
Waste tires contain a large amount of oil and gas, which can be extracted and processed by waste tire reuse equipment. These devices can pyrolyze tire fragments at high temperatures, from which fuel oil and gas can be extracted. These fuel oils and gases can be used as energy** for other industrial processes.
Task 6: Production of building materials.
After being shredded and processed, waste tires can be used to produce building materials. For example, tire fragments can be used as fillers to make building materials such as concrete hollow bricks. This building material is not only inexpensive, but also has good sound and heat insulation properties.
In short, waste tire recycling equipment undertakes a wide range of tasks, from tire crushing, material separation to the production of various recycled products, these equipment provides important technical support for the **, treatment and reuse of waste tires. With the continuous progress of technology and the continuous expansion of application fields, waste tire recycling equipment will play a more important role and make greater contributions to environmental protection and resource recycling.