Broyeur de coques de voiture, broyeur de plaques d'acier, broyeur de ferraille

Metal Shredder
April 17, 2025
Brief: Découvrez le puissant broyeur pour débris de coques de voitures, un broyeur robuste à double arbre conçu pour traiter efficacement les déchets de carrosseries de voitures. Cette machine de concassage industrielle utilise des principes avancés de concassage à marteau et de cisaillement à double axe pour déchirer, écraser et décomposer les coques de voitures en morceaux recyclables. Parfait pour recycler l'acier, l'aluminium et d'autres matériaux, ce broyeur augmente la productivité grâce à un traitement à haute efficacité.
Related Product Features:
  • Industrial-grade shredder for processing waste car shells, including steel and aluminum alloys.
  • Utilizes hammer crushing and double-axis shearing for efficient material breakdown.
  • Available in multiple models (SZ-500 to SZ-2000) with varying power and size options.
  • High-strength tool design ensures fast and efficient crushing of large volumes.
  • Processes several tons of waste car shells per hour, enhancing recycling efficiency.
  • Features a large feed inlet to accommodate bulky materials like car bodies.
  • Includes screening and separation for initial sorting of metal and plastic parts.
  • Robust construction for heavy-duty use in solid waste treatment applications.
FAQ:
  • What materials can the car shell shredder process?
    The shredder is designed to process waste car shells, including steel, aluminum alloys, and other metal components, making it ideal for recycling purposes.
  • How does the twin-shaft shredder work?
    The shredder uses two rotating knife shafts with staggered blades to shear, tear, and squeeze materials, along with hammer crushing for rapid breakdown of car shells into smaller, recyclable pieces.
  • What is the processing capacity of the car shell shredder?
    Depending on the model, the shredder can process several tons of waste car shells per hour, with higher-capacity models like the SZ-2000 handling larger volumes efficiently.