Desperdicio Rígido

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Partes Plásticas de Automóviles

Tambos Químicos

Tambos Químicos Lavados

Partes Plásticas de Vehículos Lavadas

Equipo Eléctrico de Desperdicio WEEE Lavado

Equipo Eléctrico de Desperdicio WEEE Lavado

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.