Button Type Lithium Manganese Battery - A Micro Energy Engine in The Intelligent Era

Button Type Lithium Manganese Battery - A Micro Energy Engine in The Intelligent Era

From healthcare to the Internet of Things, unlocking infinite possibilities for high-precision scenarios

In fields such as medical equipment, smart wearables, and industrial sensing that require strict battery performance, button type lithium manganese batteries have become the "heart" of microelectronic devices due to their high energy density (over 200mAh/g) and ultra long cycle life (over 1500 cycles). For example, millions of button type lithium manganese batteries are used for pacemakers worldwide every year, with a lifespan of over 8 years, providing patients with long-term stable life support. In smartwatches, this battery can increase the battery life to over a week and increase user satisfaction by 30%.

Core application scenarios:

Medical health: Implantable devices (such as insulin pumps) and portable detection instruments rely on their safety and long lifespan;

Smart wearables: high battery life requirements for smartwatches and health monitoring wristbands;

Industrial Internet of Things: Stable power supply in extreme environments such as outdoor sensors and drones.

Technological breakthrough:

Sealing design: Multiple structures (such as tapered top walls and transition connection walls) resist external pressure and humidity, avoiding the risk of liquid leakage;

Environmentally friendly materials: Adopting recyclable processes, complying with EU RoHS standards, reducing environmental burden.

Future Trends:

With the popularization of 5G and the Internet of Things, lithium manganese batteries will develop towards wireless charging function and ultra-low temperature adaptability (-55 ℃ to 120 ℃), meeting the needs of smart cities and field engineering