High Quality Lithium Battery Anode Material 99.95% Artificial composite graphite powder 15 | 3pdm

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Nov 22, 2022

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Artificial composite graphite pul 15 is used as a lithium-ion battery anode. It offers high rate performance, high power, good pressure and long lifetime. Particle Size 14um About Lithium Battery Adapter Material 99.95% Artificial Composite Graphite Graphite 15: As a general term, graphite materials that are obtained via organic carbonization, graphitization, and high-temperature graphitization can be called artificial. The more specific meaning of artificial graphite refers generally to carbon raw materials with low impurities such as coal pitch and aggregate. After batching, mixing and molding, carbonization, graphitization, and carbonization at high temperatures, 3pdm can provide you with the latest price for Artificial Composite Graphite powder 15 . Please feel free to inquire about the price of Artificial Composite Graphite anytime. Performance for Anode Material 99.95% artificial composite graphite powder 15?
Artificial graphite powder 15 comes with high-capacity per Gram, low compacting, and quick charge.
Technical Parameters of Anode Materials 99.95% Artificial Composite Graphite Powder 15? Number Particle Size ( D50 ) TAP SSA Gram Capacity Compacted density  Tr-15 14um 0.95±0.1 g/cc 1.5±0.5 m2/g 350-355 mAH/g 1.65 How Engine Anode Material 95.5% Artificial Composite graphite Powder 15 Created? There are many methods to create artificial graphite. It is common to start with high-quality calcined oil coke. Next, add a little bit of other auxiliary material. After mixing a number of different raw materials, they will be compressed into shapes and, in nonoxidizing atmosphere processing at 25003000, graphitization, made. Lithium Battery Material Anode Material 99.95% Graphite Artificial Powder 15 . Natural flake is an excellent material for producing magnesia and carbon bricks. The electrode for steelmaking can use artificial graphite. Natural graphite’s electrode is more difficult to work in harsh conditions. Graphite has a long history of being used in the mechanical and engineering industries. Flake graphite from natural sources is very lubricious and used often as a lubricant. Commonly used, man-made, piston rings, seals and bearings allow for transmission of corrosive media gear. You can use natural graphite and composites made of polymer-rein resins in these fields. But, they are less resistant to wear than artificial graphite. The chemical industry uses artificial graphite because of its corrosion resistance, thermal conductivity, low permeability, and other properties. In the manufacture of heat exchangers as well as reaction tanks, towers, filters, and other equipment, chemical industry is a major user. You can use both natural graphite and composites of polymer-resin resins in these fields. However, they aren’t as thermally conductive and resistant to corrosion as artificial. Storage of Anode Material 99.95% Artificial Graphite Puffer 15? a. Artificial composite graphite paste 15 should always be stored in dry, well ventilated areas, away from other polluting sources. b. Artificial composite graphite powder 15 stacking ought to be organized and clearly visible. To avoid any damage, handle the product carefully during shipping. Packing and shipping of Anode Material 99.95% Artificial Composite Graphite Puffer 15? There are many kinds of packing available. These vary depending on the artificial graphite powder 15. Artificial composite graphite dust 15 packing: 1kg/bag of 5kg/bag. 25kg/carton. Or as you request. Shipping: Artificial composite graphite Powder 15

Artificial Graphite Powder 15 Properties

Modified natural graphite pul 15 graphite msds N/A N/A N/A Appearance N/A Melting Point N/A Solubility into water N/A Density 1.65 99.95% 16um  Bolingpoint N/A Modified Heat N/A Heat Conductivity N/A Thermal Expansion N/A Young’s Mode N/A Exact N/A Monoisotopic N/A Graphite Powder Health & Safety Information Warning N/A Hazard Statements N/A Flashing points N/A Hazard Codes N/A Risk Codes N/A Safety Instructions N/A RTECS Code N/A Transport Information N/A Germany N/A
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