Single-screw rubber regeneration desulfurization machine


Time:

2017-09-05

The single-screw rubber regeneration de‑stone machine serves as the pioneering equipment for continuous high‑temperature, atmospheric‑pressure de‑stoning, laying the groundwork for stable, high‑quality recycled rubber products. It enables uniform blending of rubber powder, activators, plasticizers, and other additives within a three‑dimensional spatial mechanism under precisely controlled conditions. Following mixing by the agitation system, the rubber powder proceeds to plasticization with the plasticizer. The de‑stoning process is thorough and leaves no residual contaminants, significantly enhancing product performance and stability while reducing energy consumption. This newly launched production line represents a groundbreaking reform, introducing fully automated operation throughout the entire recycling process. It employs a high‑temperature, atmospheric‑pressure plasticization principle, electromagnetic heating, a continuous production mode, and advanced automated control.

The single-screw rubber‑reclaiming de‑stone‑removal machine serves as the pioneering equipment for continuous high‑temperature, atmospheric‑pressure de‑stone removal, laying the groundwork for stable, high‑quality reclaimed rubber products. It enables the uniform blending of rubber powder, activators, plasticizers, and other additives within a three‑dimensional spatial mechanism under precisely controlled conditions. After being thoroughly mixed by the stirring system, the rubber powder proceeds to plasticization with the plasticizer. The de‑stone‑removal process is thorough and leaves no residue, significantly enhancing product performance and stability while reducing energy consumption. This newly launched production line represents a groundbreaking reform, introducing fully automated operation throughout the entire reclaimed‑rubber production process. It employs high‑temperature, atmospheric‑pressure plasticization, electromagnetic heating, a continuous production mode, and an advanced automated control system. Breaking with conventional design principles, its single‑screw, split‑type architecture ensures smooth material flow, even heat distribution, stable product quality, trouble‑free operation, and simple handling. A closed‑loop, forced‑mixing cooling system further refines the production process, eliminating exhaust and wastewater emissions, conserving energy, and safeguarding the environment.