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Lithium battery recycling samples

Retired lithium iron phosphate battery full component recycling technology leads a new chapter in the circular economy

There is a focus on recycling used lithium iron phosphate batteries from new energy vehicles. A full-component green recycling line has started its work. It aims to eliminate harmful substances, recycle resources, and close the industrial loop. This will aid the sustainability of the new energy vehicle industry. The effort has significant economic benefits. Development […]

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Lithium Ion Battery

Advantages and disadvantages of ternary lithium-ion batteries and lithium iron phosphate batteries

Ternary and lithium iron phosphate are two types of lithium-ion batteries. They are currently widely used. Each has advantages and drawbacks. Choose based on the specific use. Ternary lithium batteries are a kind of lithium battery. They use ternary positive electrode materials. For example, there is lithium nickel cobalt manganese oxide (Li(NiCoMn)O2). There is also

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Jet Mill

To what extent can the jet MILL used in the battery material industry be crushed?

A jet pulverizer can process the material. It can reduce the average particle size to 1-45 microns. And, you can adjust the particle size range. It is an indispensable processing equipment in the battery material industry. So the question is, to what extent can the jet pulverizer crush it? It is related to the following

To what extent can the jet MILL used in the battery material industry be crushed? Read More »

New-energy-vehicles

Lithium iron phosphate and ternary lithium batteries: respective advantages and applicable scenarios

As the electric vehicle market continues to expand, battery technology, as its core component, has received widespread attention. Lithium iron phosphate and ternary lithium batteries are currently the two most commonly used battery types in electric vehicles. Each of them has its own unique advantages and applicable scenarios. Below we will discuss their differences and

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Hard carbon/graphite composite anode materials

Hard Carbon Anode Material Achieves “New Talent” in Energy Storage

Hard carbon will not graphitize after high-temperature treatment. Its internal crystal arrangement is disordered, and the layer spacing is large. This makes the hard carbon anode store more charge in the same volume. It improves the energy density and endurance of sodium-ion batteries. The expansion and contraction of the hard carbon anode are more uniform

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YangWang U8

Yangwang U8 sold more than 1500 units in December, how do buyers feel about its price exceeding one million RMB

YangWang is a million-level high-end brand of BYD. It has gotten much attention since its birth. Recently, BYD released sales data. It shows that YangWang U8 sold 1,592 units in December 2023. This put it at the top of the list of luxury cars that cost a million or more yuan in China. The sales

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What are the advantages of the special jet milling equipment for battery materials?

The application of jet mills is quite extensive, so today I will briefly talk about the advantages of the special jet mill equipment for battery materials in the process of use. The grinding and classifier equipment is at the end of the process, which has a great impact on the performance of the final product.

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Lithium Ion Battery

Artificial graphite secondary granulation, coating, modification and other processes

The mainstream process from coke to graphite is divided into four major steps and several smaller steps. The four major steps are crushing-granulation-graphitization-screening and demagnetization. Among the four major processes of artificial graphite, crushing and screening are relatively simple, while granulation and graphitization are more complex. High-end artificial graphite requires more processes, such as secondary

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