Solar panel recycling and sorting machine
A solar panel recycling and sorting machine includes a crushing device and a recycling device. The crushing device is provided with a crushing tank, and the crushing device is configured to project metal particles into the crushing tank. The recycling device includes a first conveyor belt, a first magnetic separator, a recycling tube, and a metal particle container. The metal particles from the crushing tank is configured to fall onto the first conveyor belt and be fed into the first magnetic separator. The first magnetic separator is configured to sort out the metal particles on the first conveyor belt using magnetic force and direct the metal particles into the recycling tube, allowing the metal particles to enter the metal particle container through the recycling tube.
1 . A solar panel recycling and sorting machine comprising:
a crushing device provided with a crushing tank, wherein the crushing device is configured to project metal particles into the crushing tank; and
a recycling device including a first conveyor belt, a first magnetic separator, a recycling tube, and a metal particle container, wherein one end of the first conveyor belt is positioned below the crushing tank in a vertical direction, and the other end of the first conveyor belt is provided with the first magnetic separator, wherein the metal particles from the crushing tank is configured to fall onto the first conveyor belt and be fed into the first magnetic separator, wherein one end of the recycling tube is connected to the first magnetic separator, and the other end of the recycling tube is connected to the metal particle container, and wherein the first magnetic separator is configured to sort out the metal particles on the first conveyor belt using magnetic force and direct the metal particles into the recycling tube, allowing the metal particles to enter the metal particle container through the recycling tube,
wherein the recycling device further includes a second conveyor belt, a second magnetic separator, and a feeding module, wherein the second conveyor belt is positioned below the metal particle container in the vertical direction, wherein the second magnetic separator is arranged on the second conveyor belt, wherein the metal particles in the metal particle container is configured to fall onto the second conveyor belt and be fed into the second magnetic separator, wherein one end of the feeding module is connected to the second conveyor belt, and the other end of the feeding module is connected to the crushing device, and wherein the second magnetic separator is configured to sort out the metal particles on the second conveyor belt using magnetic force and direct the metal particles into the feeding module, allowing the metal particles to enter the crushing device through the feeding module.
2 . The solar panel recycling and sorting machine as claimed in claim 1 , wherein the recycling tube is configured to allow air flowing therethrough, and wherein the flowing air in the recycling tube is configured to transport the metal particles from the first magnetic separator to the metal particle container.
3 . The solar panel recycling and sorting machine as claimed in claim 1 , wherein a level height of the crushing tank in the vertical direction is less than a level height of the second conveyor belt in the vertical direction, and wherein the level height of the second conveyor belt in the vertical direction is less than a level height of the metal particle container in the vertical direction.
4 . The solar panel recycling and sorting machine as claimed in claim 1 , wherein the crushing device is a sandblasting equipment.