Name: Coated Carbon Aluminum Foil
Brand: Canrud
Price: 30.21 USD

Question 1

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The melting point of aluminum foil is 660 °C.

Question 2

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The slurry formulation for the coating is different

Question 3

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Conductive carbon: SP, CNT; binder: PVDF-5130

Question 4

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The electrode foil is a double-sided carbon-coated aluminum foil; the other side is coated with a carbon layer

Question 5

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When preparing carbon-coated aluminum foil, the conductive additive is always prepared as a water-based slurry for coating.

Question 6

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Yes

Question 7

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LiFePO₄ has low conductivity. Carbon-coated aluminum foil reduces internal resistance, improves adhesion, and helps prevent electrode cracking.

Question 8

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Conductive carbon plus some binders

Question 9

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Aluminum foil

Question 10

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It is carbon-coated

Question 11

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They are all carbon-coated.

Question 12

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We apologize, but this is the core technology of TuTan Materials’ enterprise; the technical department does not disclose it externally.

Question 13

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Hardness has not been tested. Check whether this item is listed in the material specification sheet

Question 14

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Key factors include: 1) use carbon-coated aluminum foil as current collector; 2) use CNT conductive slurry; 3) nano-sulfur is preferred over sublimed sulfur; 4) optimize slurry formulation; 5) apply light coating; 6) optimize electrolyte amount; 7) ensure correct material selection. Other improvements depend on lab-specific know-how.

Question 15

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They are generally coated with carbon via chemical vapor deposition (CVD).

Question 16

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The density of aluminum is 2.7 g/cm3. To find the length from the mass: mass/density/width/thickness/unit conversion. Meters = 3*1000/2.7/20/0.0016/100

Question 17

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Yes

Question 18

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It's because of conductivity issues. Cathode materials themselves have poor conductivity, so they are generally coated.

Question 19

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Silicon oxide (1400) and silicon oxide (1600): both of these materials have a carbon coating

Question 20

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Yes, it is surface-coated.

Question 21

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Both are coated; they are just different models of LiFePO4. D-3

Question 22

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Half-cell discharge data, lithium foil used as the anode

Question 23

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No, it cannot. It needs to be cleaned off — the LFP electrodes are fully coated and it must be wiped away.

Question 24

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Silicon monoxide is the anode material for lithium batteries; its surface has already been coated with carbon material; it is not pure silicon monoxide.

Question 25

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It is battery-grade purity and can be used directly to assemble batteries. There is no percentage value; the material has been carbon-coated and has extremely low impurity content.

Question 26

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A thickness of 8–10 μm is recommended.

Question 27

Question 28

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If carbon-coated nano-silicon is required, products that are clearly labeled as having a "carbon-coated" or "silicon-carbon composite" (Si/C) structure should be selected. The materials in the current list are suitable for basic research, but may not be suitable for direct use in actual battery applications due to poor cycle stability, unless carbon coating is carried out on their own.

Question 29

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There is no PP film coated with LATP; what we have is a PE film coated with LATP.

Question 30

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Our graphite anodes are all coated. Industrialized coatings are basically solid-phase, mainly coated with asphalt (this asphalt is available on our Keluode website). The specific coating process is part of the core technology for producing graphite.

Question 31

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Graphite

Question 32

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No coating

Question 33

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Yes

Question 34

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Which system do you want to work on? Sulfide or oxide? For oxide systems use LLZO; for sulfide systems use LPSC.

Question 35

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None

Question 36

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About 25%.

Question 37

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Yes, it is multi-walled carbon nanotubes (MWCNT).

Question 38

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The separators inside dry battery cells are ceramic-coated separators; baking at 85°C is fine.

Question 39

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This hasn't been tested. Try searching on Baidu.

Question 40

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PEO itself is very stable in air, but it is generally used mixed with lithium salts, which are hygroscopic and absorb water; LATP is stable in air.

Question 41

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This is a crystalline material, not a polymer, so the concept of molecular weight does not apply.

Question 42

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LATP solid electrolyte coating separators can theoretically be used with liquids. (If the anode is lithium metal, the LATP-coated side should face the cathode)

Question 43

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Demand for LLZO-coated separators is currently low; they require customization. The minimum order quantity for customization is 5,000 m².

Question 44

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We are very sorry. Our company mainly provides materials for the preparation of lithium-ion batteries; we are indeed not familiar with the specific preparation processes for battery manufacture. We apologize.

Question 45

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They cannot be baked that high; there is still concern about separator shrinkage

Question 46

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Carbonate-based.

Question 47

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This was provided by the original manufacturer.

Question 48

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Within 200 nm.

Question 49

Question 50

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In theory it's possible; generally vacuum dry at 40°C for 4 hours is sufficient.

Question 51

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Carbon cloth cannot be used directly as a lithium battery anode; it has no capacity. Anodes generally use graphite, hard carbon, silicon-carbon, etc.

Question 52

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There is currently no XRD data. Normally silicon-carbon 420 shows XRD signals of both graphite and silicon.

Question 53

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Currently there is niobate-coated NCM811 and lithium borate-coated NCM811; niobate-coated NCM811 is used more widely and feedback is good. There are fewer usage data for lithium borate-coated NCM811.

Question 54

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This has been done before; directly coordinate with the technical department — we can weld the lithium sheets together

Question 55

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Is there a charging plot on the official website? Generally, it must not exceed the normal tested electrochemical window. Look up the theoretical capacity on Baidu; I don’t know that either, but the actual capacity will definitely not reach the theoretical capacity.

Question 56

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The customer can make the slurry themselves; we cannot do it at present.

Question 57

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Common systems: PTFE (water-based, mainly for aqueous supercapacitors); PVDF (NMP, oxide cathodes); CMC SBR (carbon-based anodes); PAALi (silicon–carbon systems).

Question 58

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All finished ternary materials (111 523 622 811 series 9xx) are coated; the coating is an oxide. Specific compositions vary by manufacturer and are strictly confidential, not disclosed externally

Question 59

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Yes, it is.

Question 60

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Separator coating process: after coating and drying, it is finished as a product.

Question 61

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Yes, this thickness will not reduce conductivity (copper foil thickness has already reached 4 μm). We’re very sorry, we have not specifically measured this and currently have no data

Question 62

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Solid-state-specific carbon-group anodes are still under development; currently there are no such products. For solid-state-specific lithium metal anodes, lithium–indium alloy is available at present.

Question 63

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This is determined by trial and error; different equipment will certainly require different settings.

Question 64

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Refer to the anode slurry stirring formulation. Check the article on anode stirring on the KeLude public WeChat account.

Coated Carbon Aluminum Foil

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