| The carbon black generated through the pyrolysis process finds numerous applications across various products. It can be utilized as a fuel source by compacting it into briquettes, resulting in significantly higher Btu output and minimal ash residue, making it a viable clean-burning alternative, akin to substituting coal. This carbon black, derived from the pyrolysis of waste tires, can be seamlessly integrated into nearly any application where virgin carbon black (VCB) is traditionally used, including tire manufacturing, rubber compounding, pigments, coatings, and more. While certain specialized applications of recovered carbon black (RCB) might necessitate additional processing post-pyrolysis to achieve specific particle sizes, many applications require minimal or no further processing. The primary product recycled via pyrolysis technology is carbon black, serving as a crucial raw material or primary component across various industries. Its chemical composition fortifies materials, enhances durability, and improves coloring characteristics. Carbon black produced through pyrolysis (CBp) offers greater cost efficiency compared to petroleum-derived carbon black, rendering it a more economically feasible ingredient in industries such as electric cable jacketing, conveyor and carrier belts, hoses, doormats, nylon bags, rubber additives, automotive components, heat insulation materials, and industrial rubber products. |
