How many steps are required for PET plastic bottle recycling line?

Plastic bottle recycling production line workflow:

1. Collection: Collect discarded PET plastic bottles through special recycling bins, recycling stations or community events.
Transportation: Transport the collected bottles to the recycling center, usually by truck or other means of transportation.
2. Manual sorting: Manually sort the bottles to remove different types of plastics, metals and other debris.
Mechanical sorting: Further automatic sorting using conveyor belts and sorting machines to ensure that only PET bottles enter the next step.
3. Label removal and cap removal: Remove paper or plastic labels (usually PE or PVC) from the bottle body to avoid affecting subsequent cleaning and granulation.
4. Plastic bottle crusher: Use a crusher to break the washed bottles into small pieces, usually 1-2 cm particles.
5. Water washing: Repeatedly wash the crushed PET particles to remove residual contaminants.
6. Hot air drying: The washed particles are passed through a hot air dryer to remove moisture and ensure that the particles are dry for subsequent processing.
7. Drying: Remove moisture from the washed bottle pieces.

The plastic bottle recycling line is a system that converts waste plastic bottles into reusable materials. Its main goal is to increase the recycling rate of plastics, reduce environmental pollution, and save raw materials and energy. Waste plastic bottles can be effectively converted into new materials, promoting the efficient use of resources.

Features:
High degree of automation: Modern recycling production lines usually use automated equipment to improve production efficiency and reduce labor costs.
Versatility: Able to handle plastic bottles of different types and specifications to adapt to changes in market demand.
Efficient cleaning and processing: Advanced cleaning and crushing technology is used to ensure the high purity and quality of plastic particles.
Environmentally friendly design: Environmental factors are considered during the design process to minimize waste and emissions during the production process.
Easy to expand: The production scale can be adjusted according to demand and flexibly respond to market changes.