Video
Product Introduction
Parameter Table
Item | Name | parameter |
mainframe parameter | Bale size | 1100mm(W)×1100mm(H)×~1800mm(L) |
Material type | Scrap Kraft paper, Newspaper, Cardboard ,Soft Film, Plastic, | |
Material density | 650~750Kg/m3(Moistures 12-18%) | |
Feed opening size | 2400mm×1100mm | |
Main motor power | 37KW×2sets+15KW | |
Main cylinder | YG300/230-2900 | |
Main cylinder force | 200T | |
Capacity | 28-30Ton/hour | |
Max. system working force | 30.5MPa | |
Mainframe weight(T) | About 30 tons | |
Oil tank | 2m3 | |
Mainframe size | About 11×4.3×5.8M(L×W×H) | |
Tie wire line | 4 line φ3.0-3.2mm3 iron wire | |
Pressure time | ≤30S/ (go and back for empty load) | |
Chain conveyor technology | Model | NK-III |
Conveyor weight | About 7 tons | |
Conveyor size | 2000*14000MM | |
terra hole size | 7.303M(L)×3.3M(W)×1.2M(deep) | |
Conveyor motor | 7.5KW | |
Cool tower | Cool tower motor | 0.75KW(water Pump)+0.25(Fan) |
Product Details

Usage
The machine is widely used in waste management facilities to compress various types of waste plastic, such as plastic bottles, containers, and bags. By reducing the volume of waste plastic, it helps in efficient storage and transportation, making it easier to manage and dispose of waste plastic. In the recycling industry, the Hydraulic Waste Plastic Baler is used to process post-consumer waste plastic that has been collected from various sources. It helps in compressing the waste plastic materials into bales, which can be further processed and recycled into new products.This device offers many advantages. Firstly, it can effectively reduce the volume of waste plastic, thereby saving storage space and transportation costs. Secondly, compressed waste plastic blocks are easier to be sorted and recycled. Additionally, it can also help reduce environmental pollution, as waste plastic usually takes a long time to decompose, while compressed blocks can be processed more quickly. The operation of Hydraulic Waste Plastic Baler is straightforward. Users simply need to load the waste plastic into the device's feeding port and press the button to start the compression process. The compressed blocks will then be discharged from the device's discharge port, ready for storage or transportation.


