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High-Performance Adhesive for Soft-pack Lithium Battery Films - China Suppliers & Factory Solutions
| NO. | Product Model | Applications | Suitable Equipment | Performance | |||
|---|---|---|---|---|---|---|---|
| Dry Type | Flexo | Solvent-Free | Coating Machine | ||||
| 11 | AS 9250 / AS 9275H | Soft-pack Lithium Battery Film | ✔ | — | — | — | 🌡 High Temp Resistance ⚗ Electrolyte Resistance 🔩 Deep Drawing Resistance |
Product Performance Advantages
| NO. | Product Model | Performance Advantages |
|---|---|---|
| 1 | AS 9250 / AS 9275H |
🌡
Excellent 135℃ / 40 min retort performance for aluminum‑plastic structures.
💪
High initial tack and high peel strength, meeting the requirements of AL and other multi‑layer structures.
⚗
Excellent resistance to solvents, electrolytes and various chemicals.
🔩
High molecular weight polyester product with high temperature resistance and deep drawing resistance, suitable for the outer layer structure of lithium battery aluminum plastic film (NY/AL) with soft aluminum substrate.
|
Frequently Asked Questions
Q
What is the AS 9250 / AS 9275H adhesive primarily used for?
The AS 9250 / AS 9275H adhesive is specifically designed for soft-pack lithium battery film applications. It is used in the outer layer structure of lithium battery aluminum plastic film (NY/AL) with a soft aluminum substrate, providing reliable bonding in demanding battery environments.
Q
What equipment types are compatible with AS 9250 / AS 9275H?
AS 9250 / AS 9275H is compatible with Dry Type laminating equipment. It is not designed for Flexo printing machines, Solvent-Free laminators, or Coating Machines, ensuring it is optimized for dry lamination processes used in battery film production.
Q
What retort performance does AS 9250 / AS 9275H offer?
The adhesive provides excellent retort performance at 135℃ for 40 minutes for aluminum-plastic composite structures. This makes it highly suitable for applications requiring sustained high-temperature stability during battery manufacturing and use.
Q
How does AS 9250 / AS 9275H perform against electrolytes and chemicals?
AS 9250 / AS 9275H exhibits excellent resistance to solvents, electrolytes, and a wide range of chemicals. This chemical resistance is critical for lithium battery applications, where the adhesive must maintain its bond integrity when exposed to aggressive battery electrolytes over extended periods.
Q
What makes AS 9250 / AS 9275H suitable for deep drawing processes?
AS 9250 / AS 9275H is a high molecular weight polyester adhesive, which gives it superior deep drawing resistance. This means the bonded film can withstand the mechanical deformation involved in shaping lithium battery pouches without delamination or cracking, ensuring structural integrity of the final battery pack.
Q
Does AS 9250 / AS 9275H support multi-layer lamination structures?
Yes. The adhesive offers high initial tack and high peel strength, making it well-suited for aluminum (AL) and other complex multi-layer lamination structures. Its strong bonding performance ensures that each layer within the aluminum plastic film composite remains firmly adhered throughout the battery's lifecycle.












