PVC Recycling Line
Overview
PVC recycling lines are industrial systems designed to recycle polyvinyl chloride (PVC) waste such as pipes, profiles, sheets, and films into reusable granules or powder. These systems help reduce environmental impact while enabling cost-effective reuse of PVC materials in various applications.
Working Principle
PVC waste (pipes, profiles, scrap) is collected and shredded or crushed.
Washing systems remove contaminants such as dust, labels, and residues.
Drying units eliminate moisture from the material.
Material is processed through extrusion or pulverizing systems.
Final output is converted into reusable granules or powder.
Types
Rigid PVC Recycling Line (Pipes & Profiles)
Flexible PVC Recycling Line (Cables & Films)
PVC Pulverizing Plant (Powder Production)
Granulation Recycling Line
Automatic High-Speed PVC Recycling Line
Applications
Recycling of PVC pipes and fittings
Reprocessing window and door profiles
Cable insulation and flexible PVC waste recycling
Reuse in extrusion and molding industries
Industrial and post-consumer PVC waste processing
Technical Specifications
Production capacity: 100 – 800 kg/hr
Material type: Rigid & Flexible PVC
Output form: Granules or powder
Power consumption: 80 – 300 kW
Control system: PLC / automatic control
Key Features
Efficient recycling of rigid and flexible PVC waste
Advanced washing and separation systems
High-quality output with minimal contamination
Continuous and automated operation
Flexible configuration for different PVC products
Certifications
ISO 9001 (Quality Management)
ISO 14001 (Environmental Management)
CE Certification
Recycling Industry Standards Compliance
Benefits
Reduces PVC waste and environmental impact
Supports circular economy in plastic industry
Reusable material for various applications
Cost savings through material recovery
Efficient and scalable recycling solution
Challenges
Handling mixed and contaminated PVC waste
Maintenance of shredding and extrusion systems
Requires skilled operators
Ensuring consistent quality of recycled material
Overview
PVC recycling lines are industrial systems designed to recycle polyvinyl chloride (PVC) waste such as pipes, profiles, sheets, and films into reusable granules or powder. These systems help reduce environmental impact while enabling cost-effective reuse of PVC materials in various applications.
Working Principle
PVC waste (pipes, profiles, scrap) is collected and shredded or crushed.
Washing systems remove contaminants such as dust, labels, and residues.
Drying units eliminate moisture from the material.
Material is processed through extrusion or pulverizing systems.
Final output is converted into reusable granules or powder.
Types
Rigid PVC Recycling Line (Pipes & Profiles)
Flexible PVC Recycling Line (Cables & Films)
PVC Pulverizing Plant (Powder Production)
Granulation Recycling Line
Automatic High-Speed PVC Recycling Line
Applications
Recycling of PVC pipes and fittings
Reprocessing window and door profiles
Cable insulation and flexible PVC waste recycling
Reuse in extrusion and molding industries
Industrial and post-consumer PVC waste processing
Technical Specifications
Production capacity: 100 – 800 kg/hr
Material type: Rigid & Flexible PVC
Output form: Granules or powder
Power consumption: 80 – 300 kW
Control system: PLC / automatic control
Key Features
Efficient recycling of rigid and flexible PVC waste
Advanced washing and separation systems
High-quality output with minimal contamination
Continuous and automated operation
Flexible configuration for different PVC products
Certifications
ISO 9001 (Quality Management)
ISO 14001 (Environmental Management)
CE Certification
Recycling Industry Standards Compliance
Benefits
Reduces PVC waste and environmental impact
Supports circular economy in plastic industry
Reusable material for various applications
Cost savings through material recovery
Efficient and scalable recycling solution
Challenges
Handling mixed and contaminated PVC waste
Maintenance of shredding and extrusion systems
Requires skilled operators
Ensuring consistent quality of recycled material
