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Solar panel modules have high recycling value. Our factory's waste solar panel recycling production line mainly includes aluminum frame removal machines, glass removal machines, and back-end sorting machines, which can efficiently dismantle solar panels. First, the aluminum frame is removed, then the glass is separated; Finally, silicon powder, EVA adhesive, and copper are separated through crushing, grinding, and sorting equipment.

The aluminum frame removal equipment for solar panels includes a hydraulic module, main frame, object placement platform, downward pressure fixing device and four-sided sliding disassembly device module. After the solar panel is placed on the platform, and after reaching the fixed limit through downward pressure hydraulic movement, the oil cylinder of the four-sided sliding module starts to work and separates the aluminum frame around the solar panel. The separated frame can be collected and sale.

Waste solar panel glass removal …

The waste solar panel aluminum f…

The waste lithium battery produc…

Positive and negative electrode …

The waste water tank and radiato…

Circuit board treatment equipmen…

Solar panel shredder is a mechan…

Solar panel crusher is a piece o…

Solar panel magnetic separator i…

The solar panel mill is speciall…

The solar panel specific gravity sorting machine consists of a swing module, a wind system, a main frame, a material inlet, and a vacuum device. After the processed solar panel materials enter through the material inlet above, the swing system and wind system start to work according to the density and weight of the materials, and evenly separate the copper and EVA of the solar panels. After separation, the copper metal and EVA glue Materials are discharged from different upper and lower outlets for collection and later sales.

Lithium battery shredder is a mechanical equipment specially used to process used lithium batteries. It has a unique structural design and is usually equipped with a high-strength crushing chamber and sharp and durable knives. These knives are made of special alloy materials that can withstand high-intensity tearing and cutting forces, and can effectively cope with the shredding needs of lithium powder, iron, aluminum, copper and other materials in lithium batteries. In terms of power system, it has a powerful drive motor that can provide stable and sufficient power to ensure that the device can continue to operate efficiently and quickly shred complete lithium batteries into smaller pieces.

Lithium battery crusher is a piece of equipment specially used to dismantle and crush lithium batteries. Its main structure usually includes the feeding device, crushing host, power system, transmission components and discharging screening system. The working principle is to use the high-speed rotating cutter or hammer in the crushing host to exert strong impact and shear force on the shredded lithium battery fragments, so that the lithium battery is broken into smaller fragments.

The lithium battery trommel screen is a device used to separate the electrode material powder of valuable metals in lithium batteries. These powders contain precious metals such as lithium, cobalt, and nickel, and are key recycling targets in the treatment of used lithium batteries. When the crushed lithium battery materials are transported to the trommel screen, under its rotation, the electrode material powder rich in precious metals such as lithium, cobalt, and nickel is accurately screened out and collected separately according to the difference in mesh size.

The lithium battery black powder collector is a device used to collect the electrode material powder of valuable metals in lithium batteries. These powders contain precious metals such as lithium, cobalt, and nickel, and are key recycling targets in the treatment of used lithium batteries. When the crushed lithium battery materials are transported to the trommel screen, part of the black powder will be pneumatically transported to the black powder collector for separate collection.

Lithium battery linear screen is a device used to separate separators and copper and aluminum metal mixed particles in lithium batteries. Through linear vibration and a special screen, the lithium battery recycling materials are accurately screened according to the difference in particle size, and the separator and copper and aluminum metal mixed particles on the lithium battery are effectively separated. It provides a material basis with uniform particle size and meets process requirements for all aspects of lithium battery recycling, effectively improving the accuracy and resource utilization of recycling processing.

Lithium battery magnetic separator is a device used to separate magnetic substances, iron and metal in lithium batterys. It mainly realizes sorting based on the magnetic differences of materials. When the material passes through the magnetic field of the magnetic separator, the magnetic particles will be attracted by the magnetic field, while the non-magnetic particles will be subject to minimal magnetic force, thus achieving the separation of magnetic and non-magnetic substances.

The lithium battery mill is specially designed for grinding and processing of lithium batteries. Through efficient crushing and grinding actions, lithium battery materials can be crushed, providing a suitable particle size material basis for subsequent resource recovery and material separation processes. The rotary vibrating screen uses the rotational vibration force generated by a special vibration motor to accurately screen lithium powder and copper and aluminum particles in the material. The combined use of mills and rotary vibrating screens enables lithium batteries to quickly and accurately sort materials of different particle sizes during recycling, ensuring the orderly advancement of the entire recycling process.

The lithium battery specific gravity separator consists of a swing module, a wind system, a main frame, a material inlet, and a vacuum device. After the processed lithium battery material enters evenly through the material inlet above, the swing system and wind system will start to work according to the density and weight of the material to evenly separate the copper and aluminum mixed particles in the lithium battery. The separated glass Different discharging buckles on the upper and lower sides of the silicon wafers are collected and sold later.

Explore a complete line for automated solar panel recycling.

Discover the recycling line for single-glass solar panels.

Explore recycling equipment for double-glass PV panels.