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Lib-2Al-PE6020 1000m×60mm×20μm double-side alumina coated PE substrate battery separator roll with chemical corrosion resistance by Atomfair.

Atomfair Chemical Corrosion Resistant Double-Side Alumina Coated PE Substrate Battery Separator Roll – 1000m L×60mm W×20μm T (Lib-2Al-PE6020)

$259.00

Atomfair Double-sided Al2O3-coated PE Battery Separator Roll 20±2um thick, 1000m*60mm, ≥600G puncture strength. PE’s toughness plus double Al2O3 coating’s heat resistance boosts Li-ion battery safety, efficiency & cycle life.

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Description

Atomfair Double-sided Alumina Coated PE Substrate Battery Separator Roll

Product Overview

Atomfair double-sided Alumina Coated PE substrate battery separator roll adopts a composite structure with symmetrical coating of Al2O3 on both sides of the PE substrate, featuring precise dimensions and balanced performance. It is only sold in roll form.

Core Specifications & Performance Parameters

Specification Project
Specific Parameters
Product Name
Atomfair Double-sided Alumina coated PE Substrate Battery Separator Roll
Material
Polyethylene (PE) substrate + double-sided alumina (Al2O3) coating
Total Thickness
20±2um (PE substrate: 16um; single-sided Al2O3 coating: 2um)
Roll Size
1000m (length) * 60mm (width)
Air Permeability
180±60s/100ml
Porosity
44±5%
Surface Density
13.0±1.0g/m²
Puncture Strength
≥600G
Tensile Strength
MD ≥1600kgf/cm²; TD ≥1500kgf/cm²
Thermal Shrinkage (90℃, 2h drying)
MD ≤2.5%; TD ≤2.0%
Sales Form
Roll-only
Outer Packaging Size (L*W*H)
16in * 8in * 8in

Product Application

This product is a high-performance dedicated separator material for lithium-ion batteries. Relying on the excellent mechanical properties of the PE substrate and the high-temperature resistance and short-circuit prevention advantages of the double-sided Al2O3 coating, it plays a core role in lithium-ion batteries:
  • Precisely separating the positive and negative electrodes, eliminating short-circuit risks from direct contact and ensuring battery safety.
  • Optimized pore structure and air permeability enable full electrolyte penetration, accelerating lithium-ion migration and enhancing charge-discharge efficiency & rate performance.
  • Outstanding puncture/tensile strength and low thermal shrinkage boost battery structural stability and extend cycle life.
Suitable for various lithium-ion battery production scenarios (consumer electronics, power batteries, etc.).

Quality Compliance

  • Raw materials comply with ISO 10993 chemical inertness standards, no adverse reactions with Li-ion battery electrolytes.
  • Mechanical testing adheres to ASTM D882 (tensile) and ASTM D726 (puncture) international protocols.
  • Thermal shrinkage testing meets IEC 61960 battery component safety requirements.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.

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