Our Lithium Battery Recycling Production Line represents the pinnacle of green technology in the field of New Energy waste management. This fully integrated system efficiently processes a wide range of used lithium-ion batteries-including those from EVs, energy storage, and 3C electronics-through coarse crushing, pyrolysis, and precise separation. Key outputs include high-purity Nickel Cobalt Manganese (NCM) Mixed Powder, Copper Powder, and Graphite Powder. Designed for maximum efficiency with a power consumption of 100 KW per 100 kg/hour, the line features a fully enclosed pyrolysis system for safe electrolyte recovery and an advanced dust and fume treatment system utilizing activated carbon and catalytic combustion. This ensures all emissions meet stringent environmental standards. Ideal for recyclers and battery manufacturers seeking a sustainable battery recycling solution, our plant combines high automation with minimal environmental impact, supporting the circular economy for critical raw materials.
After processing by the recycling equipment, the following materials are obtained
* Cathode material nickel-cobalt-manganese mixed powder
* Anode material graphite powder
* Copper powder
* Aluminum powder
* Stainless steel and steel shells
* Plastic and other organic impurities
Raw Materials
Suitable for various new energy sources including used automotive power batteries, two-wheeler batteries, solar energy storage batteries, subway/high-speed rail emergency batteries, notebook/mobile phone/bluetooth/power bank/3C electronic product batteries, drone batteries, self-balancing scooter batteries, communication emergency batteries, coal mine energy storage batteries, etc. It is universally applicable to lithium iron phosphate (LFP), lithium ternary (NMC), lithium manganate (LMO), lithium cobaltate (LCO), and others.
Product Image
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NO |
Product Name |
Picture |
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1 |
Positive and negative electrode materials - nickel, cobalt and manganese mixed powder |
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2 |
Copper powder |
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3 |
Aluminum powder |
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Process flow
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NO |
Name |
Configuration Parameters |
Quantity |
|
1. |
Double-axis crusher |
1. Gearbox gear structure 2. Motor 3KW 3. Tool material SKD11 4. Motor pure copper (in accordance with national standards) 5. Rotational speed 28 revolutions per minute 6. Automatic overload device of the electrical cabinet 7. Blade disc thickness 18mm, model 400 type |
1 set |
|
2 |
Secondary crusher |
1. Internal knife-shedding structure 2. Cavity width: 400mm 3. Motor power: 7.5KW , pure copper (national standard) |
1 set |
|
3 |
Cooling conveyor |
1. Width: 400MM. Length: 4 meters 2. PVC guard strips, 3 strips per meter 3. Motor power: 0.75KW. Ball and needle reducer, chain drive. 4. Sealing structure |
1 set |
|
4 |
Hanging magnet machine |
1. Width: 400MM. Length: 2 meters 2. PVC guard strips, 3 strips per meter 3. Motor power: 0.75KW. Ball and needle reducer, chain drive 4. Open structure |
1 set |
|
5 |
Shearing conveyor |
1. Width: 300MM. Length: 3 meters 2. Motor power: 0.75KW , cycloidal pin reducer, chain drive 3. Added cover for sealing structure |
1 set |
|
6 |
Airflow conveyor |
1. Pipe diameter: 80mm 2. Fan power: 1.5KW 3. Electric discharge valve at the bottom of the cone bucket: 0.75KW 4. Transport height: 2 meters |
3 set |
|
7 |
Flat conveyor |
1. Length: 2 meters. Width: 500mm 2. Fully sealed. 3. The automatic iron discharge belt is a three-layer PVC belt with a thickness of 4mm. 4. The motor is directly connected to the reducer, with a rotational speed of 90 revolutions per minute. Power: 0.75KW |
1 set |
|
8 |
Grinding machine |
1. Internal wear-resistant structure 2. Model width: 600mm 3. Motor power: 7.5KW pure copper (national standard) 4. Bottom discharge sealing connection 5. Frequency conversion speed regulation |
1 set |
|
9 |
Circular vibrating screen |
1. Diameter: 600mm 2. Vibration motor power: 0.25KW 3. Has 3 outlets 4. Equipped with dust collection hood 5. The exit is 600mm above the ground. |
1 set |
|
10 |
Tailings from the air conveying machine are fed into the horizontal vibrating screen. |
1. Pipe diameter: 110mm 2. Electric discharge valve at the bottom of the cone bucket: 0.75KW 3. Fan power: 4KW |
1 set |
|
11 |
The cyclone separator is located in the middle of the pulse dust collector. |
1. An electric discharge valve is installed at the discharge outlet. 2. The motor power is 0.75KW. |
1 set |
|
12 |
Copper and aluminum weight separation machine |
1: Power: 5.2KW 2: Vibration speed can be adjusted by frequency control 3: Sorting net: 800 X 1350mm 4: Blowing and vibration frequencies can be adjusted by frequency control |
1 set |
|
13 |
Exhaust gas pulse dust collector |
1. The dust collection bag is made of 64 layers of heat-resistant polyester needle-punched fabric. 2. There are 8 pulse control valves. 3. The pulse control instrument has a digital module. 4. The air compressor has an air pressure of 8KG. 5. The upper and lower boxes are linked and sealed. 6. There is an air intake hole on the upper side of the box and an air exhaust hole on the side. |
1 set |
|
14 |
Heavy-duty pulse dust collector copper and aluminum |
1. The dust collection bags are made of 64 layers of heat-resistant polyester needle-punched fabric. 2. There are 8 pulse control valves. 3. The pulse control instrument has a digital module. 4. The upper and lower boxes are linked and sealed. 5. The lower box has an air intake hole. 6. The power is 5.5KW. |
1 set |
|
15 |
First-stage sorting screen |
1. Length: 4 meters, Width: 1000 mm 2. Dual vibration motor power: 0.5 KW 3. Divided into two outlets, screen size: 100 mesh 4. Dust collection hood is added 5. Outlet distance from the ground: 1300 mm |
2 set |
|
16 |
Parallel magnetic separator |
1. Power: 1.1 kw 2. Chain drive 3. Magnetic field: 6000 gauss 4. Equipped with automatic iron removal mechanism |
1 set |