We Are BMR (Battery Manufacturing & Recycling) Of Bharat India.
Products
Lithium-ion Battery Recycling Machine
Lithium Battery Recycling Machine Introduction
Research on lithium-ion battery recycling machines primarily focuses on recovering high-value anode metals such as cobalt and lithium. Copper, found in the negative electrode of waste lithium batteries, is an important and widely used production raw material. The toner attached to it can also be utilized as an additive for materials like plastic and rubber
An environmentally friendly physical separation process is employed to efficiently separate and recover waste lithium batteries, leveraging their structural characteristics. The lithium battery recycling plant is designed for the disassembly and recycling of various battery types, including soft packaging batteries, mobile phone batteries, surgical batteries, and cylindrical batteries. The final recovered products include graphite powder, lithium cobalt oxide, aluminum, and copper.
Lithium Battery Recycling Plant
Capacity:
300–1000 kg/h
Copper & aluminum
recovery
rate: ≥98%
Positive/negative
material
recovery: ≥99%
Iron recovery rate:
≥99%
Lithium-ion Battery Recycling Machine Workflow
Our company's waste lithium-ion battery recycling machine processes materials step-by-step using shredders, crushers, and grinders, followed by separation through air separation facilities. The entire equipment system operates under a closed negative pressure to minimize dust pollution and includes pulse dust collection facilities to gather dust generated during separation and subsequent processes.
Shredder: Shreds lithium batteries into smaller
pieces.
Hammer Crusher: Performs secondary crushing of the
shredded materials.
Grinder: Grinds the crushed materials.
Separation Machine: Separates the materials after
grinding.
Collector: Collects and releases dust.
Pulse Purifier (Air Cleaner): Cleans all dust
produced during the operation of the entire system.
Classifying Screen: Screens materials sorted by the
separation machine, filtering out larger metal
materials.
Magnetic Machine: Separates nickel from other metals.
Gravity Separator: Separates finer materials
obtained from the screening machine, ensuring
complete metal separation.
High-pressure Blower: Maintains the entire system in
a negative pressure state to collect materials
and purify the air.
Whole Line Efficiency
The design capacity for the 21700 battery is 380 PPM, with a stable output of more than 350 PPM. The general output is 350 PPM, meaning approximately 350,000 fewer batteries are produced per day than the design capacity.
21700 Cylindrical Project Overview
Cell Model : 21700
Compatibility :
18650 compatible
Process : Full-tab
and high-rate battery process
Product First-Time Yield
The final qualified rate
of the entire cylindrical line can achieve : 98.5%
On Average : 88%
Whole Line Comprehensive Availability
On Average : 75%+
On Average : 66-70%
Empowering Your Production Line with Customized, Smart Solutions
Operation & Automation Advantages
High automation and multi-product compatibility.
Set up reasonable inventory to reduce the risk of line
stoppage due to equipment failure, lack of
materials, abnormal shipments, etc.
Reduce labor force, improve space utilization, and reduce
costs while increasing efficiency.
Go through the entire line of material operation to reduce
the risk of multi-manufacturer docking.
Smart Factory Application Scenarios
Procurement Collaboration: Rapid response, precise
delivery, and efficient collaboration through
online interaction.
Production Plan: Graphical flexible scheduling, transparent
production progress, real-time
production report push, easy to analyze and predict material requirements.
Warehousing and Logistics: Standardize warehousing
operation processes, increase transparency
of warehouse management, and realize a push-pull material management mode for
production.
Product Process: R&D and production are precisely matched,
product information is visible online,
and the production process is coordinated and matched.