Performance Innovation Explained
Procell
Intense
Procell
Constant
Optimized active materials to
improve efficiency
Separator paper designed
to reduce internal
resistance and shorting
High performing cathode to deliver more power
Optimized for high rate performance
High conductivity to reduce internal resistance
High density anode with Increased active materials to improve capacity
Thin paper design to enable more active materials and improve performance
High energy density material to deliver more capacity
Optimized for low rate performance
Increased conductivity to improve cell stability
PATENTED ADVANCED
ANODE FORMULA
SEPARATOR PAPER
PROPRIETARY CATHODE
ELECTROLYTE FORMULA
CAN COATING
PATENTED ADVANCED
ANODE FORMULA
SEPARATOR PAPER
PROPRIETARY CATHODE
ELECTROLYTE FORMULA
CAN COATING
Optimized active materials to
improve efficiency
High density anode with Increased active materials to improve capacity
Separator paper designed
to reduce internal
resistance and shorting
Thin paper design to enable more active materials and improve performance
High performing cathode to deliver more power
High energy density material to deliver more capacity
Optimized for high rate performance
Optimized for low rate performance
High conductivity to reduce internal resistance
Increased conductivity to improve cell stability
Optimized active materials to
improve efficiency
High density anode with Increased active materials to improve capacity
Separator paper designed
to reduce internal
resistance and shorting
Thin paper design to enable more active materials and improve performance
High performing cathode to deliver more power
High energy density material to deliver more capacity
Optimized for high rate performance
Optimized for low rate performance
High conductivity to reduce internal resistance
Increased conductivity to improve cell stability
vs Procell Alkaline AA/AAA
PATENTED ADVANCED
ANODE FORMULA
SEPARATOR PAPER
PROPRIETARY CATHODE
ELECTROLYTE FORMULA
CAN COATING
Optimized active materials to improve efficiency
High density anode with
Increased active materials
to improve capacity
Separator paper designed
to reduce internal
resistance and shorting
Thin paper design to enable more active materials and improve performance
High performing cathode to deliver
more power
High energy density material to deliver more capacity
Optimized for high rate performance
Optimized for low rate performance
High conductivity to reduce internal resistance
Increased conductivity to improve cell stability
Optimized active materials to improve efficiency
High density anode with
Increased active materials
to improve capacity
Separator paper designed
to reduce internal
resistance and shorting
Thin paper design to enable more active materials and improve performance
High performing cathode to deliver
more power
High energy density material to deliver more capacity
Optimized for high rate performance
Optimized for low rate performance
High conductivity to reduce internal resistance
Increased conductivity to improve cell stability
vs Procell Alkaline AA/AAA
In healthcare, reliability isn't optional. Your devices need power you can trust
Efficiency and
Sustainability Benefits
The Importance of Reliable
Power in Healthcare
Introducing Procell®
Intense Batteries
1
2
3
Why Battery Reliability Matters
in Healthcare
Engineered for High-Drain, Mission-Critical Devices
Save Money. Reduce Waste.
Help the Environment.
Devices like infusion pumps, glucometers, thermometers, blood pressure monitors and pulse oximeters are ESSENTIAL TO PATIENT CARE.
Power failures can mean delays, downtime, or worse — PUTTING PATIENT SAFETY AT RISK.
In high-demand environments,
batteries must
perform — no exceptions.
The ONLY PROFESSIONAL BATTERY specifically designed for high-drain devices used in healthcare.
Delivers LONG-LASTING PERFORMANCE to reduce battery change-outs and maintenance time.
RELIABLY POWERS ESSENTIAL
MEDICAL EQUIPMENT from the first patient to the last.
Cut down on battery consumption
and save up to 26%
IN OPERATIONAL COSTS.
Fewer changeouts = LESS PACKAGING WASTE and reduced environmental impact.
Designed with PROFESSIONAL-GRADE DURABILITY – fewer failures, less waste, better outcomes.
