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Kuraray Type2 Hard Carbon for Sodium Ion Battery Anode, 200g/bag, SIB-KTHC
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Kuraray Type2 Hard Carbon for Sodium Ion Battery Anode, 200g/bag, SIB-KTHC

Kuraray Type2 Hard Carbon for Sodium Ion Battery Anode, 200g/bag, SIB-KTHC

With its excellent cycling performance, hard carbon can be used as anode material for sodium-ion batteries. EQ-SIB-KTHC provides ≄300 mAh/g first discharge capacity and ≄90 % first discharge efficiency.

Specifications:

Package 
  • 200g/bottle (kilogram scale is also available upon request)
Particle Size Distribution
  • D50: 5 um
Specific Surface Area
  • 6.0 m2/g
True Density
  • 1.48 g/ cmÂł
Layer Distance
  • 0.38nm
Crystal Size
  • 1.1nm
First discharge capacity(Li/Li+)
  • 350mAh/g

First discharge efficiency(Li/Li+)
  • 88%

First discharge capacity(Na/Na+)
  • 300mAh/g

Battery Compositions:
(1) Active materials : PVDF = 94:6, loading density: 6 mg/cm2.
(2) Counter electrode: Sodium metal (half cell)
(3) Electrolyte: 1.5 M NaPF6 in EC/DMC/EMC = 1/2/2

Charging/Discharging Conditions:
(1)) Charging (CCCV mode): CC: 0.1 mA/cm2 to 0 V, CV: 0 V to 0.02 mA
(2) Discharging (CC mode): CC: 0.1 mA/cm2 to 1.5 V
First discharge efficiency(Na/Na+)
  • 90%
 Material Safety Data Sheet
  • If you have purchased an MTI product, look for GHS elements of pictograms, signal word hazard phrases, codes, etc. Please click to download SDS Information.
Application Notes: 
  1. Please click to see Procedure for Preparing Anode & Cathode Electrode Slurry.
  2. Please keep the powder in a vacuum box to avoid moisture.

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$249.00
Kuraray Type2 Hard Carbon for Sodium Ion Battery Anode, 200g/bag, SIB-KTHC—
$249.00

Kuraray Type2 Hard Carbon for Sodium Ion Battery Anode, 200g/bag, SIB-KTHC

With its excellent cycling performance, hard carbon can be used as anode material for sodium-ion batteries. EQ-SIB-KTHC provides ≄300 mAh/g first discharge capacity and ≄90 % first discharge efficiency.

Specifications:

Package 
  • 200g/bottle (kilogram scale is also available upon request)
Particle Size Distribution
  • D50: 5 um
Specific Surface Area
  • 6.0 m2/g
True Density
  • 1.48 g/ cmÂł
Layer Distance
  • 0.38nm
Crystal Size
  • 1.1nm
First discharge capacity(Li/Li+)
  • 350mAh/g

First discharge efficiency(Li/Li+)
  • 88%

First discharge capacity(Na/Na+)
  • 300mAh/g

Battery Compositions:
(1) Active materials : PVDF = 94:6, loading density: 6 mg/cm2.
(2) Counter electrode: Sodium metal (half cell)
(3) Electrolyte: 1.5 M NaPF6 in EC/DMC/EMC = 1/2/2

Charging/Discharging Conditions:
(1)) Charging (CCCV mode): CC: 0.1 mA/cm2 to 0 V, CV: 0 V to 0.02 mA
(2) Discharging (CC mode): CC: 0.1 mA/cm2 to 1.5 V
First discharge efficiency(Na/Na+)
  • 90%
 Material Safety Data Sheet
  • If you have purchased an MTI product, look for GHS elements of pictograms, signal word hazard phrases, codes, etc. Please click to download SDS Information.
Application Notes: 
  1. Please click to see Procedure for Preparing Anode & Cathode Electrode Slurry.
  2. Please keep the powder in a vacuum box to avoid moisture.

Related Products


Vacuum Storage Box 		laboratory mill and mixer
Powder Milling & Mixer 		 
Electrode Coaters
Battery Research Equipment
Other Battery Powder

 

 

Product Information

Shipping & Returns

Description

With its excellent cycling performance, hard carbon can be used as anode material for sodium-ion batteries. EQ-SIB-KTHC provides ≄300 mAh/g first discharge capacity and ≄90 % first discharge efficiency.

Specifications:

Package 
  • 200g/bottle (kilogram scale is also available upon request)
Particle Size Distribution
  • D50: 5 um
Specific Surface Area
  • 6.0 m2/g
True Density
  • 1.48 g/ cmÂł
Layer Distance
  • 0.38nm
Crystal Size
  • 1.1nm
First discharge capacity(Li/Li+)
  • 350mAh/g

First discharge efficiency(Li/Li+)
  • 88%

First discharge capacity(Na/Na+)
  • 300mAh/g

Battery Compositions:
(1) Active materials : PVDF = 94:6, loading density: 6 mg/cm2.
(2) Counter electrode: Sodium metal (half cell)
(3) Electrolyte: 1.5 M NaPF6 in EC/DMC/EMC = 1/2/2

Charging/Discharging Conditions:
(1)) Charging (CCCV mode): CC: 0.1 mA/cm2 to 0 V, CV: 0 V to 0.02 mA
(2) Discharging (CC mode): CC: 0.1 mA/cm2 to 1.5 V
First discharge efficiency(Na/Na+)
  • 90%
 Material Safety Data Sheet
  • If you have purchased an MTI product, look for GHS elements of pictograms, signal word hazard phrases, codes, etc. Please click to download SDS Information.
Application Notes: 
  1. Please click to see Procedure for Preparing Anode & Cathode Electrode Slurry.
  2. Please keep the powder in a vacuum box to avoid moisture.

Related Products


Vacuum Storage Box 		laboratory mill and mixer
Powder Milling & Mixer 		 
Electrode Coaters
Battery Research Equipment
Other Battery Powder

 

 

Kuraray Type2 Hard Carbon for Sodium Ion Battery Anode, 200g/bag, SIB-KTHC | MTI Online Store