Description
Atomfair Single-sided Alumina + LATP Double-layer Coated PE Substrate Solid Electrolyte Separator Roll
Product Overview
The Atomfair Single-sided Alumina + LATP Double-layer Coated PE Substrate Solid Electrolyte Separator Roll features an innovative composite structure, with a dual-layer coating of Al2O3 and Li1.3Al0.3Ti1.7(PO4)3 (LATP) on one side of a polyethylene (PE) substrate. This design integrates the flexibility of PE with the synergistic advantages of Al2O3 and LATP, delivering exceptional safety and ion conductivity. Exclusively available in roll form, it supports customized lengths to meet diverse lithium-ion battery R&D needs.
Core Specifications & Performance Parameters
| Specification Item | Specific Parameters |
|---|---|
| Material | Polyethylene (PE) substrate + single-sided Al2O3 (3um) + LATP (3um) double-layer coating |
| Total Thickness | 15±2um (PE substrate: 9um) |
| Width | 60±0.5mm |
| Length | 100m (customization supported) |
| Air Permeability | 250±30s/100cc |
| Porosity | 44±5% |
| Surface Density | 13.0±1.0g/m? |
| Puncture Strength | ≥450gf |
| Tensile Strength | MD ≥1800Kgf/cm?; TD ≥1700Kgf/cm? |
| Thermal Shrinkage (130?, 1h drying) | MD ≤2%; TD ≤1% |
| Sales Form | Roll-only |
| Outer Packaging Size (L*W*H) | 16in*8in*8in |
Core Functional Advantages
- Synergistic Coating Performance
The Al2O3 coating enhances high-temperature stability and short-circuit prevention, while the LATP layer ensures efficient lithium-ion conduction. This dual-layer design achieves an optimal balance between battery safety and electrochemical performance. - Outstanding Mechanical Strength
With high puncture resistance and balanced MD/TD tensile strength, the separator withstands the stress of battery cell assembly and testing, avoiding structural damage and ensuring consistent performance. - Low Thermal Shrinkage
Ultra-low thermal shrinkage at 130? maintains structural integrity under high-temperature testing conditions, eliminating the risk of electrode contact and significantly improving battery safety during R&D experiments. - Strong Process Compatibility
Excellent flexibility enables seamless compatibility with automatic laminators (e.g., MSK-111A-ES, 110mm*100mm), supporting efficient preparation of pouch and prismatic battery cells for R&D.
Application Scenarios
This high-performance solid electrolyte separator is specifically tailored for lithium-ion battery research and development, ideal for the following scenarios:
- Lithium-ion battery R&D laboratories, providing core materials that balance safety and ion conductivity for new battery technology development.
- Preparation of pouch and prismatic battery cells using automatic laminating equipment in pilot-scale R&D projects.
- High-temperature performance testing and safety verification of lithium-ion batteries, ensuring reliable experimental data.
- Customized battery R&D projects requiring stable structural performance and consistent electrochemical properties.
Quality Compliance
- Raw materials (PE substrate, Al2O3, LATP) comply with ISO 10993 chemical inertness standards, ensuring no adverse reactions with lithium-ion battery electrolytes.
- Mechanical performance testing (tensile, puncture strength) adheres to ASTM D882 and ASTM D726 international protocols, guaranteeing batch consistency.
- Thermal shrinkage testing meets IEC 61960 battery component safety requirements, aligning with global lithium-ion battery R&D standards.
- Packaging conforms to international shipping regulations, preventing separator damage during long-distance transportation to global R&D facilities.
If you?re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
