High Quality Lithium Battery Anode Material 99.95% Modified artificial graphite powder TRA

About 9.95% Modified Artificial Graphite, Lithium Battery Anaode Material :
A new type of anode for lithium-ion cells is Modified graphite. This material has high performances and low prices. One of the key materials in a lithium-ion batteries is the anode. It plays a critical role in energy density and cycling stability. As science and technology has continued to improve, graphite and carbon materials have been rediscovered along with tungsten- and tin-based cathodes, as well as silicon-based and silicon-based materials. There are many problems. The production of graphitebased carbon materials remains the dominant market position in anode materials.
Artificial graphite offers a higher level of graphitization, lower lamellar spacing (= 93%), lower crystallinity and more disordered lamellar patterns than natural graphite. Artificial graphite has an uneven and porous surface, as well as a high specific area. It can be easily decomposed and reacted with electrolytes so it has a low initial efficiency (=350mAh/g) and specific capability (=350mAh/g). The trusted global Psp-vault 9.95% Modified ArtificialGraphite, Lithium Batterie Anode Material Provider . You can send us an inquiry regarding the most current information. Prices starting at Modified Artificial Graphite Anytime.

Performance of Anode Materials 99.95% Modified Artificial Graphite TRA.
Technical Parameter of anode Material 99.95% modified artificial graphite TRA.

No. of Products	Particle Size ( D50 )	TAP	SSA	Gram Capacity	Compacted density
Tr-A	11um	1.2+-0.1 g/cc	1.5+-0.5 m2/g	325-330 mAH/g	1.50-1.55

It is simple. 9.95% Modified Artificial Graphite, Lithium Battery Anaode Material Produced?
There are two types of artificial graphite modifications: First, sieving and peroxidation in an ice water bath. Second, heating and stirring the asphalt washing oil solution to activate in-situ treatment. Third, centrifugal filters were used. The asphalt/washing oil ratio was 0.010.4. Artificial graphite to asphalt ratio was 10100. The coating temperature was 120200. Step 3 Carbonize the Step 2 products with a temperature 8001500 and a hold time 212 hours.

Applicaciones 9.95% Modified Artificial Graphite, Lithium Battery Anaode Material :
The researchers developed a new production method to address the issue of artificial graphite used in lithium-ion cells. Modified graphite can be described as modified artificial graphite. This material has high density and long cycles. The expansion rate is low. The use of it as a negatively electrode for lithium-ion cells can increase its conversion to electrolytes, decrease the expansion of pole boots and improve the battery's overall lifespan. This is the process of replacing artificial graphite using asphalt and carbonization. Amorphous carbon-doped layers are formed over the top of artificial graphite. This prevents the formation of co-embedded organic solvents, and the graphite from expanding and contracting. For lithium-ion battery anode applications, modified graphite and spherical, modified graphite are used. The overlapping layers can also prevent the co-embedding of organic solvents and allow for graphite to expand and contract.

Condition Storage of anode material 99.95% modified artificial graphite TRA.

a. Modified artificial graphite (TRA) should be kept in a cool, dry place, free from other pollutants.
b. Modified artificial graphite TRA stacking needs to be tidy and clear. Production batch number, production date, and other signs need to be clearly identified.
c. Carefully transport the item to minimize damage. Modified artificial graphite (TRA) should never be returned.

Shipment of Modified Artificial Graphite 99.95% TRA -
Many types of packing are available depending on the amount of modified artificial graphite powder TRA.
Modified artificial graphite Powder TRA Packaging: 1kg/bag; 5kg/bag; 25kg/carton. Or as requested.
Shipping: Modified artificial graphite TRA Could be shipped by sea or air as soon as payment receipt is received.