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Plastic single shaft shredder with pusher for shred PP and PE
The single shaft shredder work as a auxiliary machine for the plastic pelletizing, plastic washing line recycling system. Its function is to reduce the raw materials sizes. For example the plastics like PET fiber, PP woven bags ton bags and PP nonwoven bags, PE agriculture films processing, we need the single shaft to reduce theirs sizes.
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Plastic single shaft shredder with pusher for shredding PP and PE films and rolls
The single shaft shredder work as a auxiliary machine for the plastic pelletizing, plastic washing line recycling system. Its function is to reduce the raw materials sizes. For example the plastics like PET fiber, PP woven bags ton bags and PP nonwoven bags, PE agriculture films processing, we need the single shaft to reduce theirs sizes.
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Lithium-ion battery separator pelletizing machine
Lithium-ion battery separator pelletizing machine
In simple terms, the membrane is a porous plastic film made of basic materials such as PP and PE and additives. Its main role in lithium-ion batteries is to maintain insulation between the positive and negative electrodes as lithium ions shuttle between them to prevent short circuits. Therefore, an important performance index of the film is its heat resistance, which is expressed by its melting point. At present, most film manufacturers in the world use the wet method, that is, the film is stretched with solvent and plasticizer, and then the pores are formed by solvent evaporation. The highest melting point of the wet-process PE lithium-ion battery separator launched by Tonen Chemical in Japan is 170°C.We can also offer the battery separator pelletizing machine. The battery separator mainly are made from the wet method.
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lithium ion battery recycling equipment
An e-waste recycling machine is a device that is designed to recycle electronic waste. E-waste recycling machines are typically used to recycle old electronics, such as computers, televisions, and mobile phones, which would otherwise be discarded and end up in landfills or incinerated.
The process of e-waste recycling typically involves several steps, including disassembly, sorting, and processing. E-waste recycling machines are designed to automate many of these steps, making the process more efficient and cost-effective.
Some e-waste recycling machines use physical methods, such as shredding and grinding, to break down electronic waste into smaller pieces. Other machines use chemical processes, such as acid leaching, to extract valuable materials like gold, silver, and copper from electronic waste.
E-waste recycling machines are becoming increasingly important as the amount of electronic waste generated around the world continues to grow. By recycling electronic waste, we can reduce the amount of waste that ends up in landfills, conserve natural resources, and reduce the environmental impact of electronic devices.
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Lead acid battery recycling machine and sorting machine
video Introduce The working principle of the waste lead storage battery crushing and separating system is that the storage battery is crushed by a crusher, the crushed fragments are cleaned by a vibrating screen, lead mud is washed away, the cleaned fragments enter a hydraulic separator and are separated by utilizing the characteristics of different specific gravity of materials, and the separated battery plastic fragments and a lead grid pass through screw conveyor output systems from differ... -
Lithium-ion battery breaking and separation and recycling plant
The waste lithium-ion battery are mainly from the electrical vehicles, like the two wheels or the four wheels. The lithium battery generally has two types LiFePO4 as the anode and LiNi0.3Co0.3Mn0.3O2.
Our machine can process the lithium-ion LiFePO4 as the anode and LiNi0.3Co0.3Mn0.3O2. battery. The layout like the below:
- To break the batteries pack to separate and check the core is qualified or not. The battery pack will dispatch the shell, elements, aluminum and copper.
- The unqualified electric core will be crushed and separated. The crsher will be in the air device protection. The raw material will be anaerobic thermolysis. There will be a waste gas burner to make the exhausted air reach the discharged standard.
- The next steps is to separate with the air blow or the water power to separate the cathode and anode powder and the copper and aluminum and the pile head, and the shell scraps.
