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Single-Side Coated Hard Carbon Disk (D16 mm) as Anode of Sodium-Ion Battery for CR20XX Coin Cells, 100 pcs/pack - bcaf-BHCss-D16

Single-Side Coated Hard Carbon Disk (D16 mm) as Anode of Sodium-Ion Battery for CR20XX Coin Cells, 100 pcs/pack - bcaf-BHCss-D16

Single-Side Coated Hard Carbon Disk (D16 mm) as Anode of Sodium-Ion Battery for CR20XX Coin Cells, 100 pcs/pack - bcaf-BHCss-D16

This electrode disk is based on aluminum foil coated with hard carbon on a single side and that is used as anodes in Na-Ion battery.
There are 5 sheets in a package bag.

SPECIFICATIONS:

Coating Size: D16mm
Single side coating
Current collector (substrate): Aluminum foil, 16 um thickness
Coating area density: 6.3 ± 0.2 mg/cm2
Compaction density: 0.9 g/cm3
Coating thickness: ~70 um
Active Material Proportion: 92% [2% SuperP carbon, 6% PVDF in NMP)
Specific Capacity: 280±30mAh/g (Electrolyte: 1.0M LiPF6 in EC:DMC:EMC=1:1:1, please order it from here LBE-EDE111)
Qty: 100 pcs/bag
Warning: Please dry in vacuum oven before using and store it inside glovebox after opening the package
SDS for Aluminum Foil. SDS for Hard Carbon
Application Note:

Please baking at 120oC under a vacuum oven before coating.
MTI does not manufacture this product. We only provide a small quantity to research to develop a new generation battery,
MTI is not responsible for any IP issues. If anyone feels the product conflict with your IP, please inform us, we may stop selling at any time.

$248.00

Single-Side Coated Hard Carbon Disk (D16 mm) as Anode of Sodium-Ion Battery for CR20XX Coin Cells, 100 pcs/pack - bcaf-BHCss-D16—

$248.00

Single-Side Coated Hard Carbon Disk (D16 mm) as Anode of Sodium-Ion Battery for CR20XX Coin Cells, 100 pcs/pack - bcaf-BHCss-D16

This electrode disk is based on aluminum foil coated with hard carbon on a single side and that is used as anodes in Na-Ion battery.
There are 5 sheets in a package bag.

SPECIFICATIONS:

Coating Size: D16mm
Single side coating
Current collector (substrate): Aluminum foil, 16 um thickness
Coating area density: 6.3 ± 0.2 mg/cm2
Compaction density: 0.9 g/cm3
Coating thickness: ~70 um
Active Material Proportion: 92% [2% SuperP carbon, 6% PVDF in NMP)
Specific Capacity: 280±30mAh/g (Electrolyte: 1.0M LiPF6 in EC:DMC:EMC=1:1:1, please order it from here LBE-EDE111)
Qty: 100 pcs/bag
Warning: Please dry in vacuum oven before using and store it inside glovebox after opening the package
SDS for Aluminum Foil. SDS for Hard Carbon
Application Note:

Please baking at 120oC under a vacuum oven before coating.
MTI does not manufacture this product. We only provide a small quantity to research to develop a new generation battery,
MTI is not responsible for any IP issues. If anyone feels the product conflict with your IP, please inform us, we may stop selling at any time.

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Description

This electrode disk is based on aluminum foil coated with hard carbon on a single side and that is used as anodes in Na-Ion battery.
There are 5 sheets in a package bag.

SPECIFICATIONS:

Coating Size: D16mm
Single side coating
Current collector (substrate): Aluminum foil, 16 um thickness
Coating area density: 6.3 ± 0.2 mg/cm2
Compaction density: 0.9 g/cm3
Coating thickness: ~70 um
Active Material Proportion: 92% [2% SuperP carbon, 6% PVDF in NMP)
Specific Capacity: 280±30mAh/g (Electrolyte: 1.0M LiPF6 in EC:DMC:EMC=1:1:1, please order it from here LBE-EDE111)
Qty: 100 pcs/bag
Warning: Please dry in vacuum oven before using and store it inside glovebox after opening the package
SDS for Aluminum Foil. SDS for Hard Carbon
Application Note:

Please baking at 120oC under a vacuum oven before coating.
MTI does not manufacture this product. We only provide a small quantity to research to develop a new generation battery,
MTI is not responsible for any IP issues. If anyone feels the product conflict with your IP, please inform us, we may stop selling at any time.