Power Supply: | 380V/50Hz | Bale Production: | Depends On Material And Size |
---|---|---|---|
Dimensions: | Varies Depending On Model | Bale Weight: | Customizable |
Material Density: | ≤500kg/m³ | Operation Mode: | Automatic |
Bale Discharging: | Side Push-out | Driven Type: | Hydraulic |
Safety Features: | Emergency Stop Button | Loading Type: | Conveyor Belt |
Bale Production Capacity: | Customizable | Baler Type: | Horizontal |
Electrical Components: | Schneider | Compression Force: | Up To 120 Tons |
Application: | Recycling Industry |
Scrap Plastic Baler Press is a device used to process and compress waste plastics in order to reduce their volume and facilitate transportation, recycling and reuse. Such machines are often used in waste recycling plants, plastic treatment plants or in manufacturing.
Item | Name | Parameter |
mainframe parameter |
Bale size | 1100mm(W)×1100mm(H)×~1600mm(L) |
Material type | Fiber Scrap Kraft paper, Carton, Cardboard ,Soft Film, | |
Material density | 500~600Kg/m3(Moisture12-15%) | |
Feed opening size | 2000mm×1100mm | |
Output | 9-12tons/hour | |
Main motor power | 37.5KW+11KW | |
Capacity | 10-12Ton12-15Ton | |
Main cylinder | YG220/160-2900 | |
Main cylinder force | 125T | |
Max. system working force | 21MPa | |
Mainframe weight(T) | About 21 tons | |
Mainframe size | About 11×2.3×2.9M(L×W×H) | |
Tie wire line | 4 line φ2.75~φ3.0mm3 iron wire | |
Pressure time | ≤30S/ (go and back) | |
Chain conveyor technology | Model | NK-III |
Conveyor weight | About 5 tons | |
Conveyor size | 2000*12000MM | |
Conveyor motor | 7.5KW | |
Cool tower | Cool tower motor | 0.75KW(water Pump)+0.25(Fan) |
The working principle is to receive loose plastic waste, such as plastic bottles, films, fragments, etc., and send them into the compression chamber. The plastic is compressed at high pressure into square or cuboid-shaped bales (called "bricks") through hydraulic systems or mechanical levers. The size and weight of these bales can be customized as needed to accommodate subsequent processing or shipping requirements.
The design of a baler usually includes key components such as hopper, compression chamber, hydraulic system, and control system. Advanced models may also include automated control systems for more efficient and safer operation. The waste plastic baler not only helps reduce waste volume and processing costs, but is also of great significance for environmental protection and sustainable use of resources. By compressing plastic waste, it facilitates the recycling and remanufacturing of plastics, reducing the need for new raw materials while also taking pressure off landfills.