Lithium-Ion Battery Separator (2320/2325/2400/2500) – PE Separator, Ceramic-Coated (Single/Double-Side) for Li-Sulfur, Na-K-Li Batteries

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Product Thickness (μm):12
 Product Width (mm):60/100
 Length (m): 100/customs
 Porosity (%): 41
 Elongation at Break MD (%): 0.8
 Elongation at Break TD (%):0.2
 MOQ: 10kg
 Leading time: 5-9 days

SKU: 2320/2325/2400/2500 Separator Category:

Lithium-Ion Battery Separator (2320/2325/2400/2500) – PE Separator, Ceramic-Coated (Single/Double-Side) for Li-Sulfur, Na-K-Li Batteries

Product Overview

This separator is prepared by the dry process and uniaxial stretching process. The microporous structure of the film is oblong and interconnected, resulting in good conductivity. No solvents are used in the production process, making the process environmentally friendly. The longitudinal strength of the film is better than the transverse strength, and there is basically no thermal shrinkage in the transverse direction.

Structural Composition

Product Name XWELL 2320 XWELL 2325 XWELL 2400 XWELL 2500
Description 3-layer (PP/PE/PP) 3-layer (PP/PE/PP) Single-layer (PP) Single-layer (PP)
Width (mm) 60/100 60/100 60/100 60/100
Length (m) 100 100 100 100
Thickness (μm) 20 25 25 25
Air Permeability (JIS) (Seconds) 530 645 620 200
Porosity (%) 39 39 41 55
Heat Shrinkage TD 105℃/1h (%) 0 0 0 0
Heat Shrinkage MD 105℃/1h (%) 1.5 / 5 3.0 / 5.0 2.3 / 5.0 1.1 / 5.0
Tensile Strength TD (Kg/cm²) 156 / 115 150 / 80 140 / 70 130 / 80
Tensile Strength MD (Kg/cm²) 2040 / 1500 1900 / 1000 1420 / 700 1170 / 770
Puncture Strength (gf) 400 / 360 450 / 380 450 / 340 325 / 200
Specification Parameters
Product Thickness (μm) 12
Product Width (mm) 86.0
Air Permeability (Sec/100ml) 152
Areal Density (g/m²) 6.7
Porosity (%) 41
Puncture Strength (g) 502
Tensile Strength MD (Kgf/cm²) 1588
Tensile Strength TD (Kgf/cm²) 1329
Elongation at Break MD (%) 0.8
Elongation at Break TD (%) 0.2

Features:

  • Medium porosity provides excellent energy performance with low self-discharge.
  • The outer PP layer ensures high-temperature melt integrity and oxidation resistance.
  • The inner PE layer enables high-speed shutdown functionality.

Application Fields:

  • Electric Vehicles
  • Energy Storage Systems
  • Special Batteries
  • Lithium-Ion Batteries

Storage and Transportation

  1. Packaging Material: Plastic bag + carton packaging
  2. Storage Conditions: Sealed storage at room temperature
  3. Storage Period: 2 years from the production date
  4. Hazard Class: Class 4 (Hazardous Goods Classification and Operation Specifications)
  5. Packaging Class: Class Ⅲ (Packaging Class Ratings)