EVOLTA is Panasonic’s flagship alkaline battery. With a high-density core, Extra Power Formula, Anti-Leak Protection, and Triple Tough Coating, it simply outlasts other brands over the longest timeframes.
Newer and more effective reactive materials are used in EVOLTA batteries to generate consistently high power over a longer lifespan. These materials include a high-purity manganese dioxide and a titanium additive.
If the density of the filling materials inside a battery is inconsistent, performance can suffer. The development of new materials has led to uniform, homogenized filling density in EVOLTA batteries for superior performance.
An improved structural design has reduced the bulk of the gasket and can, providing greater internal volume for active chemical ingredients— which means longer life and improved discharge performance.
Use Panasonic Alkaline in almost any appliance, from low-drain remote controllers to high-energy camera strobes and radio-controlled cars. Panasonic Alkaline delivers the ideal blend of power, stamina, and value.
Whenever the need arises, you can depend on Panasonic Alkaline to work even after long months in the cupboard or kitchen drawer. High-quality materials prevent degradation and ensure long-life stability.
In almost any situation and in almost any appliance that demands a high current, Panasonic Alkaline performs longer than the competition. It’s this versatility and performance that makes them a favorite over the world.
Forgotten batteries in less-frequently-used products can result in a leaky and sometimes hazardous mess. Alkaline batteries feature comprehensive leak-prevention with a stronger internal structure to make them safe for everyone.
Panasonic’s manganese batteries are an economical and long-lasting energy solution for low-drain devices in intermittent use, such as remote controllers.
Panasonic manganese batteries do no contain lead, cadmium, or mercury—specified toxic substances that are still in use in some conventional manganese battery designs. Safe to use in children’s toys, our manganese family is also a better choice for environmental sustainability.
Manganese batteries are best suited to low-current applications, where they keep working long after the competition products have died. Combined with an extended shelf life, our manganese series deliver performance when you need it.
Appliances that see intermittent use are prime candidates for leaking batteries. Both internally and externally, structural strength has been increased to protect against impact damage, while a special sealant is applied in two places on the positive terminal to add extra protection.
Most batteries suffer a sharp performance drop-off when confronted with extreme temperatures. Our batteries are designed to operate dependably in harsh climates, making them ideal for use in most regions of the world.
How to read the table
From wearable devices to calculators to cameras and hearing aids, Panasonic's family of specialist battery cells is trusted for quality and value.
Panasonic lithium coin batteries provide long-lasting power in a variety of devices, from keyless-entry fobs to toys.
Combines lightweight materials with lithium technology to create a long-lasting energy source for cameras and other devices.
With a great price-to-performance ratio, Panasonic Micro Alkaline has more staying power than competitive brands.
Offering more capacity than previous models, Zinc Air batteries are designed for use in next-generation hearing aids.
Highly stable voltage performance makes Silver Oxide the smart choice for precision devices such as calculators, watches, and cameras.
Panasonic offers a comprehensive range of dependable Ni-MH batteries to suit a big variety cordless telephone brands.
Panasonic Battery History
Explore some of the revolutionary products and events that have shaped our history since 1923.
The Panasonic Rechargeable Ni-MH battery offers high-capacity performance and value for money.
Go to battery school and learn how choose, use, and take care of your cells for longer life and best performance.