Armarator
New-gen battery separator with uncompromised performance and durability for high-power and high-safety battery solutions
Armarator is a proprietary-design separator that offers a number of advantages over traditional separators. It has superb high-temperature mechanical strength up to 250°C, which makes it ideal for use in high-power batteries that have exacting high-safety requirements. With low direct current internal resistance (DCIR), Armarator is less likely to cause battery degradation. It is capable of high-speed winding and stacking, and accommodates the demands of mass production at scale. As it does not require modifications to existing production processes, Armarator is easy for seamless adoption as a cost-effective solution for battery manufacturers.
The future of electric transportation, elevated —Armarator is ideal for use in a variety of battery applications where superior, uncompromising performance is crucial. These include next-generation capabilities for electric vertical take-off and landing (eVTOL), unmanned aerial vehicle (UAV), and hybrid electric vehicle (HEV) mobility solutions.
The future of electric transportation, elevated —Armarator is ideal for use in a variety of battery applications where superior, uncompromising performance is crucial. These include next-generation capabilities for electric vertical take-off and landing (eVTOL), unmanned aerial vehicle (UAV), and hybrid electric vehicle (HEV) mobility solutions.
Product Categories
Features
Features
ArmaratorTM has the following advantages.
- Superb high-temperature mechanical strength up to 250°C.
- Low DCIR in battery systems.
- Can integrate with high-speed winding and stacking.
- No production process modifications required.
Testing videos
Fire resistant test
- High endurance — ceramic framework structure ensures Armarator™ keeps going strong unlike commercial separators (PE with double-sided coating) that break down under high temperature.
Heat shrinkage test (w/ electrolyte)-Adhesive Function
- Aramarator™ maintains its structural integrity after burning and shows no cracks even at 250°C Celsius.
Winding processes
- Armarator™ performs smoothly during high-speed winding process, and can be applied to a battery maker’s existing manufacturing setup without the need to make modifications.
Internal short circuit test
Tensile strength test (after baking)
Water Content Test
Nail penetration test
- Armarator™ expansion hole size is smaller than a commercial separator in th nail penetration test.
Capillary height test
- Armarator™ exhibits enhanced compatibility with the positive and negative electrode liquids within the battery, facilitating improved integration.
Compression retention test
- Armarator™ pore diameter is compressed by 10% less than that of a commercial separator.
Puncture Strength Test
- Armarator™ exhibits enduring flexibility in the puncture process, showcasing retained resilience even after exposure to high-temperature baking, distinguishing it from standard separators.
Thermomechanical Analysis(TMA)
- Armarator™ stands strong after a 300°C Temperature Test, While conventional separator films have already split.
Specifications
| Commercial separator | ArmaratorTM | ||
| Thickness (um) | 12 | 12 | |
| Gurley (sec/100c.c) | 97 | 77-200 | |
| Heat shrinkage (250°C@1hr) | Breaks down | <5% | |
| Melt Integrity(TMA) | 147 | 330 | |
| Adhesion with the electrode | - | YES | |
Applications
An original-design separator ideal for high-safety and high-power battery applications used typically in eVTOL, UAV, HEV solutions, and more.
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