Mining, construction, and industrial vehicles rely on massive off-the-road tires (OTR tires) to operate in extreme working environments. However, these large tires become a significant waste challenge once they reach the end of their service life. Unlike passenger car tires, OTR tires are much larger, heavier, and contain stronger rubber and steel structures. Their size […]

Mit dem zunehmenden Fokus auf die Verwertung von Ressourcen und die Entwicklung einer Kreislaufwirtschaft ist die Recyclingung von Abfallreifen zu einer wichtigen Lösung geworden, um den Umweltdruck zu reduzieren und wertvolle Materialien zu gewinnen. End-of-life-Reifen enthalten eine große Menge hochwertiger Gummie, die nach einer entsprechenden Verarbeitung wiederverwendet werden können. Unter den verschiedenen recycelten Gummiprodukten zählt der 4 mm große Krümelgummi zu den besten.

As the global demand for recycled rubber continues to grow, tire recycling companies are looking for more efficient ways to process end-of-life tires. One of the biggest challenges in tire processing is removing the strong steel bead wires embedded inside tire sidewalls. These steel components are designed to provide strength and durability during tire use,

With millions of waste tires generated every year, finding sustainable ways to reuse them has become an important challenge for the recycling industry. Instead of sending used tires to landfills, many recycling companies transform them into valuable products such as rubber mulch, playground surfaces, landscaping materials, and safety flooring. Producing high-quality rubber mulch requires an

As the global volume of waste tires continues to rise, the tire recycling industry is shifting from simple processing toward high-value resource utilization. Through specialized equipment, converting scrap tires into usable resources such as rubber granules, rubber powder, steel cord, and fibers. However, many tire recycling enterprises face a common challenge during actual production: why