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Пластиковые детали автомобилей

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Промытые химические барабаны

Промытые пластиковые детали автомобилей

Промытые WEEE Отходы электрического и электронного оборудования

Промытые WEEE Отходы электрического и электронного оборудования

Types of Rigid Plastics

1. PET (Polyethylene Terephthalate)
   • Use: Common in beverage bottles.
   • Recyclability: PET is highly recyclable and can be repurposed for various applications, making it a sustainable choice.
2. HDPE (High-Density Polyethylene)
   • Use: Found in packaging products like detergent containers and milk bags.
   • Recyclability: HDPE is one of the easiest and most commonly recycled plastics.
3. PVC (Polyvinyl Chloride)
   • Use: Typically used in pipes, windows, and flooring.
   • Recyclability: PVC can be recycled, but its process is more complex due to the additives used in its production.

Complete Line Components for Rigid Plastic Recycling

• Single Shaft Plastic Shredder – Ideal for lower-throughput operations and flexible materials, gently pre-shredding into uniform flakes.
• Twin Shaft Plastic Shredder – Engineered for high-capacity processing of rigid plastics, delivering powerful, consistent size reduction.
• Plastic Crusher – Further reduces shredded material into smaller fragments for efficient washing.
• Washing Line – Cleans dirt, labels, and contaminants from plastic fragments.
• KR Cutter Compactor Plastic Recycling Machine – Provides a compact, integrated solution for filtration, pelletizing, and automated control.
  • Filtration Systems – Removes micro-impurities during melt processing to ensure high-quality recycled output.
  • Pelletizing Systems – Converts clean, dry flakes into uniform recycled pellets using strand or face-die methods.
  • Smart Control Panel – Centralized system control for efficient operation.

Key Benefits of Rigid Plastic Recycling

• High Durability Handling

  Designed for tough materials like pallets, pipes, and crates, minimizing machine wear while maintaining high throughput.

• Complete Recycling System

  Combines shredding, washing, drying, and pelletizing in a single line, improving workflow and reducing manual labor.

• Broad Material Processing

  Processes various rigid plastics, including HDPE, PP, PS, and ABS, handling both clean and contaminated waste.

• Cost Efficiency and Waste Reduction

  Reduces disposal costs and produces high-quality recycled pellets for use in new manufacturing.

• Environmentally Friendly Production

  Supports circular economy goals by reducing reliance on virgin plastic and helping companies meet green standards.

Applications & End-Use Markets for Rigid Plastic Recycling

• Plastic product manufacturers

  Examples: Plastic containers, storage bins, pallets, and crates.
  Recycled rigid plastics reduce raw material costs and support sustainable manufacturing by reusing production waste.

• Automotive Industry

  Examples: Bumpers, dashboards, trims.
  Recycling rigid plastics from used car parts like bumpers and dashboards produces new components, reducing costs and promoting sustainability.

• Electronics Sector

  Examples: TV housings, computer cases.
  Recycled plastics from electronic devices are repurposed into new products, minimizing e-waste and supporting cost-efficient manufacturing.

• Packaging and Logistics

  Examples: Pallets, crates, containers.
  Recycling plastic pallets and crates reduces packaging costs and supports the eco-friendly supply chain, promoting reusable materials.

• Construction Industry

  Examples: Pipes, fittings, insulation boards.
  Recycled rigid plastics in construction reduce material expenses and create sustainable building products like pipes and insulation.