CR2325 Button Cell Battery

  1. Home
  2. /
  3. Products
  4. /
  5. CR Lithium Manganese Dioxide Batteries
  6. /CR2325 Button Cell Battery

CR2325 Button Cell Battery

Description

Brand :Omnergy
Product origin:Yichang
Delivery time :15 days
Supply capacity:750 million per year

In commercial hardware, unexpected power interruptions shouldn’t equal catastrophic data loss. Whether it’s a high-volume industrial printer losing its network configuration or a POS terminal dropping its encryption keys, memory failure costs time and money.

The CR2325 3V Lithium Manganese Dioxide (Li/MnO2) battery is engineered to be the ultimate hardware insurance policy. Packing an impressive 190mAh capacity into a precise, slim Φ23.0×2.5mm form factor, this primary cell ensures your devices retain their critical logic, system configurations, and internal clocks for years on end.

Technical Specifications of Omnergy 3v 190mAh High-Capacity CR2325

CR2325 190mAh 3V lithium coin battery cell Specifications
Nominal Discharge current 0.2mA
Nominal Voltage 3V
Nominal Capacity 20mAh
Maximum pluse current 6mA
Operating temperature -20℃~70℃
Weight 3.3g

Why Engineering and Procurement Teams Specify Our CR2325?

  • Extended Life Cycle (190mAh): Don’t compromise on capacity. The CR2325 bridges the gap between ultra-thin cells and bulky batteries, offering a massive 190mAh reservoir that minimizes field maintenance and battery swap-out costs.
  • Zero-Maintenance Storage (<2% Annual Self-Discharge): Built with premium chemical purity and hermetic sealing technology, this battery retains over 80% of its capacity even after sitting in a warehouse for up to 10 years.
  • Industrial-Grade Thermal Window (-20°C to 70°C): From unheated storage facilities to the intense internal heat generated by continuous thermal printing engines, this battery maintains a flat, reliable discharge curve.
  • Perfect Spatial Harmony (Φ23.0×2.5mm): The ideal mechanical fit for modern low-profile PCBs that require a wider surface area for stable, continuous voltage distribution without adding vertical height.