Crushing lithium battery sorting machine, commonly used crushing, crushing + screening processing technology solutions in the lithium battery industry, lithium battery sorting uses crushing methods. During the crushing process, lithium battery sorting and recycling equipment has high requirements for discharge. To improve the profit margin of waste lithium batteries, discharge crushing must be done. With the continuous maturity of the technology of lithium battery metal and diaphragm sorting, the existing set of lithium battery sorting processes is very perfect.
Product advantages: The process advantages of lithium battery sorting and recycling equipment are derived from different combinations based on the basic process flow. It can be said that it is an important processing machine in the crushing and sorting applications of lithium batteries, lithium-ion batteries, new energy lithium batteries, lithium battery pole pieces, and factory scraps. A crushing lithium battery sorting machine equipment features: The crushing and sorting efficiency of lithium batteries is closely related to the system configuration of motor power, particle size adjustment, maintenance and replacement cycle, and crushing strength. Therefore, when choosing a crushing lithium battery sorting machine, the technical performance of lithium battery sorting and recycling equipment has become the key to energy saving and consumption reduction of the crushing analysis system.
Crushing machine: According to the actual application, the structure of the crushing lithium battery sorting machine combines the crushing and screening systems. In the application of lithium battery shredders, lithium battery crushers, and lithium battery pulverizers, screening technology includes gravity and vibration screening sorting, and multi-stage sorting technology has many connection advantages.
Screening machine: Screening and breaking machine It is composed of a casing, a screen distributor arranged on the upper part of the casing, and a screening and breaking machine installed at the lower part of the casing. The screen distributor part includes a feed port A, an arc-shaped material distribution device, a flange-type screen shaft, a filter screen shaft, an iron remover, a gear transmission device, a guide plate, an anti-blocking hole, a guide plate, a screen bar replacement hole, an observation and repair hole, and a discharge port; while the feed port B of the screening crusher is connected to the coarse material discharge of the screen distributor. The screening crusher is composed of a main rotor device, an arc-shaped counterattack screen roller group device, a particle size adjustment device, a transmission device, a spare parts replacement hole, a common drop pipe, and a discharge port.
