Language: EN
091H
※ Extremely high barrier properties br> ※ Good cold stamping formability and super strong puncture resistance br> ※ High electrolyte resistance and stability br> ※ Electrical performance (including insulation)
Classification:
Lithium batteries Aluminum plastic film
消费电子
动力电子
动力/储能
Application Area: Consumer electronics industry, energy storage and various electronic power products, new energy vehicles and other power battery industries
Online consultation
Product Description
| Thickness | 91μm±5% |
| Peel force | ONY->AL≥2.0N/15mm CPP->AL≥6N/15mm |
| Resistant to electrolyte | CPP->AL≥5N/15mm |
| Soaking conditions 85°C*24H ElectrolyteEC:DEC:DMC=1:1:1 LiPF61.2mol/L 1000ppmH2O | |
| Heat sealing strength | ≥40N/15mm Heat sealing strength180°C Stress 0.3MPa Time 3s |
| When peeling off, the CPP film on both sides turns white without any unilateral phenomenon. | |
| Injection heat sealing strength | ≥24N/15mm |
| Friction coefficient | CPP->CPP ≤0.4 ONY->ONY ≤0.35 |
| Depth of penetration | Mould98*57mm Pressure0.3MPa Pressing speed30mm/s Under the condition of holding pressure for 2 seconds≥5mm |
| After stamping, there are no cracks, fissures, delamination, pinholes, damages on the surface of the aluminum-plastic film, and no whitening on the inner CPP. | |
| Puncture intensity | ≥15N |
| Tensile strength | MD/TD≥60N/15mm |
Consultation
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