Bale Material: | Cardboard, Plastic, Paper, Textile | Voltage: | 380V/50Hz |
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Operation Mode: | Semi-automatic | Operating Mode: | Semi-Automatic |
Safety Features: | Emergency Stop Button, Safety Door, Warning Lights | Application: | Paper Type |
Oil Pump Power: | 4kW | Machine Size: | 6000mm X 2000mm X 2500mm |
Hydraulic System: | Double Cylinder, Manual Valve Control | Warranty: | 12 Months |
Operation: | Semi-Automatic | Cylinder Size: | Ø350 |
Plc System: | Mitsubishi | Bale Strapping: | 4 Lines |
Hydraulic System Pressure: | 25Mpa |
Hydraulic Baling Machine is a device that uses hydraulic principles to compress and pack various loose materials. This kind of machine is widely used in agriculture, recycling industry, industry and other fields to process straw, waste paper, plastic, cloth, sponge and other materials.
Model | NKW80BD |
Hydraulic power | 80Ton |
Cylinder size | Ø200 |
Bale size(W*H*L) | 1000*800*300-1700mm |
Feed opening size(L*W) | 1200*1000mm |
Bale density | 350-450Kg/m3 |
Capability | 2-3T/hour |
Bale line | 5 Line /Manual strapping |
Power | 22KW/30HP |
Out-bale way | Disposable bag out |
Bale-wire | 10#*4 PCS |
Cooling system | Cooling Fan |
Feeding Device | conveyor |
Machine weight | 12500KG |
Conveyor | 12000mm*1800mm(L*W) 4.5KW |
Conveyor weight | 4500kg |
Cooling system | Water cooling |
The working principle of the hydraulic baler is to generate strong pressure through the hydraulic system to compress the input materials into blocks or squares of a certain shape and size. During the compression process, the machine usually has one or more chambers to hold the material and provide the required pressure through hydraulic cylinders. After the material is compressed to a set density, the baler will use metal wires, plastic straps or other binding materials to tie and fix it to ensure the stability of the bales during transportation and storage.
The advantages of this type of baler include ease of operation, low maintenance costs, high efficiency, and the ability to handle a variety of different materials. By adjusting the pressure and packaging size of the hydraulic system, it can adapt to production environments of different sizes and needs. In addition, hydraulic balers are usually designed with user safety in mind and are equipped with safety protection devices, such as emergency stop buttons, safety locks, etc.
The volume of baled materials is greatly reduced, which facilitates transportation and storage, while reducing the cost and environmental impact of waste disposal. Therefore, the hydraulic baler not only improves work efficiency, but also contributes to the recycling and reuse of resources, which is in line with modern society's pursuit of environmental protection and sustainable development.