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Double-Side Coated Alumina on PE Substrate as Battery Separator (1000 m L × 60 mm W × 20 um T) - Lib-2Al-PE6020

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Double-Side Coated Alumina on PE Substrate as Battery Separator (1000 m L × 60 mm W × 20 um T) - Lib-2Al-PE6020

Double-Side Coated Alumina Ceramic on PE Substrate as Battery Separator (1000 m L × 60 mm W × 20 um T) with 16+2+2 um can be used as an excellent Li ion battery separator. 

Specifications

  • Material: Double-Side Coated Al2O3 on Polyethylene (PE) Substrate
  • Thickness:  20 ± 2 um (PE substrate:16 um, Al2O3 coating thickness on each side is 2 um)
  • Width :                         60 mm
  • Air Permeability:         180±60 s/100ml
  • Porosity:                     44 ± 5 %
  • Area Density:             13.0±1.0 g/m2
  • Puncture Strength :    ≥600 G
  • Tensile Strength:        ≥ 1600 Kgf/cm2 (MD);   ≥ 1500 Kgf/cm2 (TD)
  • Thermal Shrinkage:    ≤2.5% (MD);   ≤2.0% (TD). Drying at 90℃ for 2 h. 
  • Sold in roll only
$121.80

Original: $348.00

-65%
Double-Side Coated Alumina on PE Substrate as Battery Separator (1000 m L × 60 mm W × 20 um T) - Lib-2Al-PE6020

$348.00

$121.80

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Description

Double-Side Coated Alumina Ceramic on PE Substrate as Battery Separator (1000 m L × 60 mm W × 20 um T) with 16+2+2 um can be used as an excellent Li ion battery separator. 

Specifications

  • Material: Double-Side Coated Al2O3 on Polyethylene (PE) Substrate
  • Thickness:  20 ± 2 um (PE substrate:16 um, Al2O3 coating thickness on each side is 2 um)
  • Width :                         60 mm
  • Air Permeability:         180±60 s/100ml
  • Porosity:                     44 ± 5 %
  • Area Density:             13.0±1.0 g/m2
  • Puncture Strength :    ≥600 G
  • Tensile Strength:        ≥ 1600 Kgf/cm2 (MD);   ≥ 1500 Kgf/cm2 (TD)
  • Thermal Shrinkage:    ≤2.5% (MD);   ≤2.0% (TD). Drying at 90℃ for 2 h. 
  • Sold in roll only