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Li-Ion Battery Anode - Silicon-Carbon (Si/C) Double-Side Coated on Cu Foil (241 L x 200 W x 0.08 T mm), 5 sheets/bag - bccf-241SiC-ds

Li-Ion Battery Anode - Silicon-Carbon (Si/C) Double-Side Coated on Cu Foil (241 L x 200 W x 0.08 T mm), 5 sheets/bag - bccf-241SiC-ds

Li-Ion Battery Anode - Silicon-Carbon (Si/C) Double-Side Coated on Cu Foil (241 L x 200 W x 0.08 T mm), 5 sheets/bag - bccf-241SiC-ds

This electrode sheet is based on copper foil coated with silicon-carbon composite (Si/C) on double sides and is used as an anode of Li-Ion battery.

Specifications

Current collector (substrate): Copper foil, 9 micron
Anode material: Silicon-Carbon composite (Si/C, Si:C = 1:9)
Binder: SBR+CMC (2.5% SBR, 2% CMC), conductive carbon" Super P, 2.5%
Single-side coating material density: 10.0 ± 0.4 mg/cm2
Compaction desnity: 1.4 ± 0.1 g/cm3
Active Material Proportion in Powder: 94%
Length: 241mm, Width: 200mm (coating width of 175 mm, left and right-hand side 12.5 mm without coating)
Total Thickness: ~80 um (double-side coated)
Foil Thickness: 9 um (Volume Destiny: 8.94 g/cm3, and Area Destiny: 8.046 mg/cm2)
Specific Capacity: 425 mAh/g

Warning: Please dry in vacuum oven before using and store it inside the glovebox after opening the package. The recommended temperature and time can be 80-120 °C for 6-12h.

SDS for Copper foil
SDS for Composite Graphite
SDS for SBR
SDS for CMC

$179.00

Li-Ion Battery Anode - Silicon-Carbon (Si/C) Double-Side Coated on Cu Foil (241 L x 200 W x 0.08 T mm), 5 sheets/bag - bccf-241SiC-ds—

$179.00

More Images

Li-Ion Battery Anode - Silicon-Carbon (Si/C) Double-Side Coated on Cu Foil (241 L x 200 W x 0.08 T mm), 5 sheets/bag - bccf-241SiC-ds - Image 2

Li-Ion Battery Anode - Silicon-Carbon (Si/C) Double-Side Coated on Cu Foil (241 L x 200 W x 0.08 T mm), 5 sheets/bag - bccf-241SiC-ds

This electrode sheet is based on copper foil coated with silicon-carbon composite (Si/C) on double sides and is used as an anode of Li-Ion battery.

Specifications

Current collector (substrate): Copper foil, 9 micron
Anode material: Silicon-Carbon composite (Si/C, Si:C = 1:9)
Binder: SBR+CMC (2.5% SBR, 2% CMC), conductive carbon" Super P, 2.5%
Single-side coating material density: 10.0 ± 0.4 mg/cm2
Compaction desnity: 1.4 ± 0.1 g/cm3
Active Material Proportion in Powder: 94%
Length: 241mm, Width: 200mm (coating width of 175 mm, left and right-hand side 12.5 mm without coating)
Total Thickness: ~80 um (double-side coated)
Foil Thickness: 9 um (Volume Destiny: 8.94 g/cm3, and Area Destiny: 8.046 mg/cm2)
Specific Capacity: 425 mAh/g

Warning: Please dry in vacuum oven before using and store it inside the glovebox after opening the package. The recommended temperature and time can be 80-120 °C for 6-12h.

SDS for Copper foil
SDS for Composite Graphite
SDS for SBR
SDS for CMC

Product Information

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Description

This electrode sheet is based on copper foil coated with silicon-carbon composite (Si/C) on double sides and is used as an anode of Li-Ion battery.

Specifications

Current collector (substrate): Copper foil, 9 micron
Anode material: Silicon-Carbon composite (Si/C, Si:C = 1:9)
Binder: SBR+CMC (2.5% SBR, 2% CMC), conductive carbon" Super P, 2.5%
Single-side coating material density: 10.0 ± 0.4 mg/cm2
Compaction desnity: 1.4 ± 0.1 g/cm3
Active Material Proportion in Powder: 94%
Length: 241mm, Width: 200mm (coating width of 175 mm, left and right-hand side 12.5 mm without coating)
Total Thickness: ~80 um (double-side coated)
Foil Thickness: 9 um (Volume Destiny: 8.94 g/cm3, and Area Destiny: 8.046 mg/cm2)
Specific Capacity: 425 mAh/g

Warning: Please dry in vacuum oven before using and store it inside the glovebox after opening the package. The recommended temperature and time can be 80-120 °C for 6-12h.

SDS for Copper foil
SDS for Composite Graphite
SDS for SBR
SDS for CMC