Yes, our XR123A and UB123A cells are manufactured in the United States. Utilizing Ultralife's hybrid chemistry, the XR123A has an industry-leading capacity of 2,000mAh and longer power retention in low power devices compared to competing batteries. The Lithium Manganese Dioxide UB123A offers higher power than alternative CR123A-size cells on [...]

Yes. Our UBBL72 is a rechargeable conformal battery that is wearable and form-fitting. It is lightweight, rugged, thin and easily concealed. Read more about our Next-Gen Conformal Rechargeable Battery here: https://ultralifecorporation.com/battery-energy/standard-cell-technologies/lightweight-wearable-li-ion/

A pressure tolerant battery is specifically engineered to operate reliably and safely under extreme hydrostatic pressure, such as those encountered in deep-sea environments. Unlike traditional sealed batteries that aim to resist external pressure, pressure tolerant batteries are designed to accommodate and equalize the surrounding pressure. This is primarily achieved through: Pressure Compensation: The key [...]

Ultralife’s SWE (SouthWest Electronic Energy Group) brand manufactures SeaSafe® Smart Subsea Battery Modules. They are designed to be autonomous (self-sufficient), easy-to-use battery system building blocks specifically developed for subsea vehicles, oceanographic systems, and deep-sea oil and gas infrastructure. Most modules consist of pressure tolerant, high performance Li-Polymer cells, a [...]

ULTRALIFE Thin Cell® has many advantages over traditional primary lithium coin cells: ENERGY DENSITY The energy density of ULTRALIFE Thin Cell® is around 500Wh/l and 400Wh/Kg compared to just 300Wh/l and 260Wh/kg for the best lithium coin cells. This high volumetric & gravimetric energy density means that devices can [...]

A Thin Cell® battery utilizes high energy Lithium Manganese Dioxide (Li-MnO2) chemistry, efficiently packaged in a pouch cell format, allowing cells to be manufactured as thin as 1.1mm (0.043 inches). This innovative technology allows devices to be made thinner & lighter, opening up new possibilities for embedded & wearable [...]

Iron phosphate batteries are actually lithium iron phosphate batteries. Lithium iron phosphate (LiFePO4) is a rechargeable lithium chemistry that uses a liquid electrolyte. This makes lithium iron phosphate batteries just another type of lithium ion batteries. Like the other numerous lithium ion chemistries, iron phosphate comes with its own [...]

All cells and batteries, being electrochemical sources of electrical potential, can only maintain that electrical potential for as long as the chemicals that create that potential exist inside the battery. As soon as the cell or battery is connected into the device it is designed to power, current immediately [...]

Ultralife Corporation has a long history of cell and battery design within the Commercial product sector in various markets, including Medical, Security, Metering, Telematics, and industrial segments. Ultralife can support non-rechargeable, rechargeable, and charger developments for your next project. Ultralife has partnered with many cell manufactures to provide the [...]

U9VL is the original model number for our basic 9-volt battery using a plastic housing. The U9VL was designed for applications in which the battery would most likely be used fairly quickly, such as in many medical, wireless security and music/audio devices. The U9VL -J was the model number for our long-life [...]