EVOLTA - C

The secrets of Panasonic's EVOLTA battery

Ultra-high-density filling

Performance can suffer if the density of the filling materials inside a battery is inconsistent. New materials have been developed and this has led to uniform, homogenized filling density which allows the energy to flow with greater coherence in EVOLTA C batteries for top performance.

More capacity due to increased inner volume

The improved structural design of the EVOLTA C batteries reduces the greater part of the gasket and the can. It provides a greater inner volume for active chemical ingredients and this means longer lasting and an improved discharge performance.

EVOLTA Extra Power Formula

Titanium additive and high-purity manganese dioxide are the exclusive high-reactivity ingredients that are combined in the EVOLTA C batteries to generate the extra voltage for high drain devices. This is called the Extra Power Formula that provides maximum energy for far longer than comparable batteries. Thanks to this Extra Power Formula the EVOLTA C batteries are extremely suitable for appliances such as game controllers, drones, remote controls, flash cameras and other power-hungry devices.

The EVOLTA C batteries are available in 2-packs.

The peak of alkaline battery technology

Anti-leak protection with unique gas-suppression technology

The Anti-Leak Protection is one of the features from the Panasonic EVOLTA C cells. It suppresses gas buildop when batteries are over-discharged or stored for a long period. The lesser the pressure, the lesser the chance of structural failure and rupture. This function protects valuable devices from damage.

Power protection for up to 10 years

Panasonic EVOLTA C batteries have a power protection for up to 10 years in storage. To ensure a long-life stability there's the Anti-Leak Protection that minimizes the chance of leakage. The high-quality materials work to prevent degradation.

Smooth energy flow thanks to triple tough coating

EVOLTA C batteries come with a Triple Tough Coating that is provided with an iron/nickel-plated alloy on the positive and negative terminals of these batteries. Because in conventional batteries, contact resistance on the battery poles can build up and cause partially peel off of the nickel layer and failure of the battery. The Triple Tough Coating results in an enhanced energy flow and longer life.