OUR NO.1* LONGEST LASTING
OUR NO.1* LONGEST LASTING
Ultimate Alkaline Performance
Ultimate Alkaline Performance
Evolution + Voltage
Evolution + Voltage
* IEC discharge test results on Panasonic batteries sold in your country
*IEC discharge test results on Panasonic batteries sold in your country
Highly Evolved Energy
Highly Evolved Energy
EVOLTA’s progressive design (EVOLUTION) and high power (VOLTAGE) combines in a battery that consistently outperforms other premium products in accepted performance tests. In fact, it’s our No.1 longest-lasting alkaline battery. By evolving Material, Process, and Structure, EVOLTA protects you and your devices while delivering sustained power in high-drain applications, even after 10 years* in storage.
* When unused and properly stored. 9 V batteries excluded.
EVOLTA’s progressive design (EVOLUTION) and high power (VOLTAGE) combines in a battery that consistently outperforms other premium products in accepted performance tests. In fact, it’s our No.1 longest-lasting alkaline battery. By evolving Material, Process, and Structure, EVOLTA protects you and your devices while delivering sustained power in high-drain applications, even after 10 years* in storage.
* When unused and properly stored. 9 V batteries excluded.
Look Inside
Look Inside
EVOLTA Evolution
EVOLTA Evolution
Batteries look the same on the outside, but hidden factors influence the quality of your experience. Panasonic’s accumulated battery knowhow, passed down by generations of artisans, is enriched by R&D to give EVOLTA a winning edge. Material Evolution, Process Evolution, and Structural Evolution combine in a new world standard for quality.
Batteries look the same on the outside, but hidden factors influence the quality of your experience. Panasonic’s accumulated battery knowhow, passed down by generations of artisans, is enriched by R&D to give EVOLTA a winning edge. Material Evolution, Process Evolution, and Structural Evolution combine in a new world standard for quality.
01 | Material Evolution
High Energy Formula uses refined materials supplied to us exclusively. Cathode features high-purity MnO2 with a titanium additive for smooth discharge and extended storage life, while a new surfactant revitalizes zinc reaction to efficiently sustain power in high-drain devices.
Note: Titanium is added to all sizes excluding 9 V batteries and AA/AAA sizes in some countries or regions.
01 | Material Evolution
High Energy Formula uses refined materials supplied to us exclusively. Cathode features high-purity MnO2 with a titanium additive for smooth discharge and extended storage life, while a new surfactant revitalizes zinc reaction to efficiently sustain power in high-drain devices.
Note: Titanium is added to all sizes excluding 9 V batteries and AA/AAA sizes in some countries or regions.
02 | Process Evolution
Panasonic’s homogenized fill-density and electrolyte vacuum-degassing processes allow more active ingredient to be added to every EVOLTA battery we make. Double High-Density Power Core not only helps to extend battery life, it also stabilizes discharge performance for a smooth energy flow to your device.
02 | Process Evolution
Panasonic’s homogenized fill-density and electrolyte vacuum-degassing processes allow more active ingredient to be added to every EVOLTA battery we make. Double High-Density Power Core not only helps to extend battery life, it also stabilizes discharge performance for a smooth energy flow to your device.
DOUBLE HIGH-DENSITY POWER CORE
Positive (+) electrode
Homogenous fill process fits more active ingredient inside
Negative (-) electrode
Vacuum-degassing process increases zinc volume for longer life
DOUBLE HIGH-DENSITY POWER CORE
Positive (+) electrode
Homogenous fill process fits more active ingredient inside
Negative (-) electrode
Vacuum-degassing process increases zinc volume for longer life
03 | Structural Evolution
Improved structural design creates more space for active ingredients for longer-lasting battery performance, while strengthened internal structure and a tough outer coating significantly improve impact resistance.
03 | Structural Evolution
Improved structural design creates more space for active ingredients for longer-lasting battery performance, while strengthened internal structure and a tough outer coating significantly improve impact resistance.
Panasonic’s original ultra-thin can features varying wall thickness and a strengthened gasket structure that creates space for more ingredients, extending battery life.
(1) Reduced lateral width of can walls to less than conventional products
(2) Refined our unique thin gasket without reducing structural integrity
(3) Increased can wall thickness around the seal structure for strength
(4) Eliminated washer from seal structure, simplifying the design
Panasonic’s original ultra-thin can features varying wall thickness and a strengthened gasket structure that creates space for more ingredients, extending battery life.
(1) Reduced lateral width of can walls to less than conventional products
(2) Refined our unique thin gasket without reducing structural integrity
(3) Increased can wall thickness around the seal structure for strength
(4) Eliminated washer from seal structure, simplifying the design
Unique Anti-Leak Seal Technology
Anti-Leak Seal Technology combines a refined structural design and a unique gas-suppressing formula to reduce chance of leakage when batteries are in use or in storage. Exclusive Seal Structure employs a thin gasket with tough material that’s locked tight into the battery can wall, capped with a metal seal, and secured with adhesive. Gas-Suppressing Formula, meanwhile, uses proprietary materials that suppress gas generation, reducing pressure buildup and chance of leaks.
Unique Anti-Leak Seal Technology
Anti-Leak Seal Technology combines a refined structural design and a unique gas-suppressing formula to reduce chance of leakage when batteries are in use or in storage. Exclusive Seal Structure employs a thin gasket with tough material that’s locked tight into the battery can wall, capped with a metal seal, and secured with adhesive. Gas-Suppressing Formula, meanwhile, uses proprietary materials that suppress gas generation, reducing pressure buildup and chance of leaks.
Exclusive Seal Structure
Exclusive Seal Structure
A:
Precision-locked seal cap with special adhesive
B:
Tough gasket resists deterioration for a tight fit
A:
Precision-locked seal cap with special adhesive
B:
Tough gasket resists deterioration for a tight fit
Gas-Suppressing Formula
Gas-Suppressing Formula
BEFORE
Zinc generates gas bubbles, increasing pressure and chance of leaks
AFTER
Newly refined zinc limits gas pressure buildup and chance of leakage
BEFORE
Zinc generates gas bubbles, increasing pressure and chance of leaks
AFTER
Newly refined zinc limits gas pressure buildup and chance of leakage
Store Batteries Safely for Up to 10 Years*
Store Batteries Safely for Up to 10 Years*
You can store EVOLTA batteries for up to 10 years*. Unique high-quality chemistries including added titanium prevent degradation while Anti-Leak Seal prevents leakage to ensure long-life stability. Enjoy powerful EVOLTA performance whenever you need it.
Note: Titanium is added to all sizes excluding 9 V batteries and AA/AAA sizes in some countries or regions.
* When unused and properly stored. 9 V batteries excluded.
You can store EVOLTA batteries for up to 10 years*. Unique high-quality chemistries including added titanium prevent degradation while Anti-Leak Seal prevents leakage to ensure long-life stability. Enjoy powerful EVOLTA performance whenever you need it.
Note: Titanium is added to all sizes excluding 9 V batteries and AA/AAA sizes in some countries or regions.
* When unused and properly stored. 9 V batteries excluded.
Special Tough Coating
Special Tough Coating
Does your device work intermittently? This may be due to contact resistance, when nickel flakes off the battery terminal and interrupts the flow of electricity to your device. Panasonic’s original Special Tough Coating is a nickel-iron alloy that reduces contact resistance, optimizing energy flow and keeping your appliances working at their best.
Does your device work intermittently? This may be due to contact resistance, when nickel flakes off the battery terminal and interrupts the flow of electricity to your device. Panasonic’s original Special Tough Coating is a nickel-iron alloy that reduces contact resistance, optimizing energy flow and keeping your appliances working at their best.
Special Tough Coating is a nickel-iron alloy technology that maintains a smooth flow of power from battery to device.
Special Tough Coating is a nickel-iron alloy technology that maintains a smooth flow of power from battery to device.
