INSIGHT
Discover the science and innovation behind NavaFlex's groundbreaking flexible battery technology
Our Innovations
Our batteries are creasible, bendable up to 180 degrees, and can handle extreme stresses
Use of energy dense cathodes and anodes allow for high volumetric and gravimetric efficiency- maximizing storage power
Pyrolux membrane/separator - nonflammable, longer life, and safer
Washable for many cycles
Key Features of Our Batteries
Direct-Write Additive Manufacturing
Precision technology for creating detailed, multifunctional structures.
Supports Complex Designs
Build intricate, multi-use designs with ease.​
Flexible and Durable
Strong, bendable, and crease-resistant – handles extreme stresses.
Washable and Seamless
Easily integrates into fabrics and is safe to wash.
Materials-Agnostic Manufacturing
Flexible manufacturing process that reduces risks by supporting a wide range of materials.
Safe and Flame-Resistant
Non-flammable materials for reliable and secure use.
NavaFlex Battery Prototype
Our Sizes
Small
10 - 50 mAh
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Single layer​
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Washable
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Flexible/Creasable
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Used for low power devices:
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small sensors​
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RFID
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smart card
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(greek u)W - 1mW
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Intermittent use
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Medium
100 - 500 mAh
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Multilayer/Stacked
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Washable
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Flexible/Creasable
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Used for intermediate power devices and sensors with broadcasting ability:
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active lighting (simple LED)
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camera
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communication
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physical monitoring
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gas monitoring
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motion sensors​
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Large
1000 - 2000 mAh
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Multilayered/Stacked
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Washable
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Bendable
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Used for max power devices:
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haptic gloves
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heated jackets
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heated gloves and socks
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snap on heaters
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active lighting with displays​
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Metrics
​Charge-Discharge profile of a larger battery. The battery showed an aerial capacity higher than 10 mAh/cm2
Capacity and Columbic efficiency of a 2 x 2 cm cell with cycling
Tested at 0°, 30°, 60°, and 90°. Charge and Discharge Capacity Efficiencies were calculated
Capacity & Columbic efficiency of a flexible before (BW) battery after washing (AW). The battery showed no degradation after washing.