Alkaline Manganese Dioxide

Definition - What does Alkaline Manganese Dioxide mean?

Alkaline manganese dioxide refers to batteries that are characterized by:

  • High power output
  • Long shelf life
  • Resistance to leakage
  • Superior performance at low temperature

This type of alkaline cell can generate more than 10 times the capacity of other batteries, measured in ampere/hour, even in continuously high-drain conditions.

Alkaline manganese dioxide is also known as manganese dioxide cells or alkaline cells.

Corrosionpedia explains Alkaline Manganese Dioxide

Alkaline manganese dioxide batteries have been especially popular in the field of consumer electronics. With its major advantages, it is considered superior to other traditional forms of primary cells in aqueous electrolyte. It is known to be more effective and offers high resistance to corrosion and leakage.

Moreover, this battery system is more reactive and can contribute to higher savings compared to carbon-zinc cells. It offers longer shelf life, which can further enhance its cost effectiveness depending on the usage and cost per hour, especially in extreme conditions.

An alkaline manganese dioxide cell is made from energy-rich elements that can be found in the cathode and anode, along with more conductive materials such as the alkaline electrolyte. Thus, the alkaline manganese dioxide produces more energy with less cost.

This battery system offers high resistance to corrosion and very low levels of internal resistance. It also has a shock-resistant construction that makes it highly durable. Most importantly, it is widely available, making it accessible for use by many industries.

Connect with us

Corrosionpedia on Linkedin
Corrosionpedia on Linkedin
"Corrosionpedia" on Twitter

Sign up for Corrosionpedia's Free Newsletter!