CR2016 Case with Two Sides Kapton Windows - 5 pairs/pack-CR2016KAP2S

CR2016 Case with Two Sides Kapton Windows - 5 pairs/pack-CR2016KAP2S

CR2016 Case with Two Sides Kapton Windows - 5 pairs/pack-CR2016KAP2S

EQ-CR2016-Kapton-2s is special CR-2016 coin cell casing with two sides of 10mm Kapton windows to achieve a full penetration of in-situ neutron diffraction This design creates the possibility to analysis of battery material phase variations during charging and discharging.

5 pairs of CR2016 casing per package
Kapton windows (10mm dia.) in both sides of CR2016 battery casing to ensure a full X-Ray beam penetration.
PP (Polypropylene) sealing O-ring.
Compatible with MTI's MSK-110 crimper

Specifications
Kapton window thickness	0.18mm
Coating	Positive side of casing is coated with aluminum
Al coating thickness	< 0.01mm
Cell Assembling Structure & Instruction Manual
Application note	In order to reduce X-ray photons loss and get high resolution of X-ray signal for battery, please use carbon-based substrate as current collector instead of Al or Cu foil. You may use lab press and dry pressing die below to preparate a electrode pellet instead of using electrode coated Al or Cu foil.

$82.25

Original: $235.00

-65%

CR2016 Case with Two Sides Kapton Windows - 5 pairs/pack-CR2016KAP2S—

$235.00

$82.25

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CR2016 Case with Two Sides Kapton Windows - 5 pairs/pack-CR2016KAP2S - Image 2

CR2016 Case with Two Sides Kapton Windows - 5 pairs/pack-CR2016KAP2S

EQ-CR2016-Kapton-2s is special CR-2016 coin cell casing with two sides of 10mm Kapton windows to achieve a full penetration of in-situ neutron diffraction This design creates the possibility to analysis of battery material phase variations during charging and discharging.

5 pairs of CR2016 casing per package
Kapton windows (10mm dia.) in both sides of CR2016 battery casing to ensure a full X-Ray beam penetration.
PP (Polypropylene) sealing O-ring.
Compatible with MTI's MSK-110 crimper

Specifications
Kapton window thickness	0.18mm
Coating	Positive side of casing is coated with aluminum
Al coating thickness	< 0.01mm
Cell Assembling Structure & Instruction Manual
Application note	In order to reduce X-ray photons loss and get high resolution of X-ray signal for battery, please use carbon-based substrate as current collector instead of Al or Cu foil. You may use lab press and dry pressing die below to preparate a electrode pellet instead of using electrode coated Al or Cu foil.

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Description

EQ-CR2016-Kapton-2s is special CR-2016 coin cell casing with two sides of 10mm Kapton windows to achieve a full penetration of in-situ neutron diffraction This design creates the possibility to analysis of battery material phase variations during charging and discharging.

5 pairs of CR2016 casing per package
Kapton windows (10mm dia.) in both sides of CR2016 battery casing to ensure a full X-Ray beam penetration.
PP (Polypropylene) sealing O-ring.
Compatible with MTI's MSK-110 crimper

Specifications
Kapton window thickness	0.18mm
Coating	Positive side of casing is coated with aluminum
Al coating thickness	< 0.01mm
Cell Assembling Structure & Instruction Manual
Application note	In order to reduce X-ray photons loss and get high resolution of X-ray signal for battery, please use carbon-based substrate as current collector instead of Al or Cu foil. You may use lab press and dry pressing die below to preparate a electrode pellet instead of using electrode coated Al or Cu foil.