Marque : Omnergy
Origine du produit : Yichang
Délai de livraison : 7 jours
Capacité de production : 750 millions par an

Premium Omnergy CR2032 3V 220mAh LiMnO2 coin cell. Highly reliable from -20°C to 70°C with <2% annual self-discharge. Engineered for PC CMOS, POS terminals, industrial controls, and writing boards.

The CR2032 is the undisputed cornerstone of global micro-power. However, not all CR2032 cells are engineered to meet the grueling demands of enterprise and industrial hardware. The Omnergy CR2032 3V 220mAh Lithium Manganese Dioxide (LiMnO2) Coin Cell Battery represents the apex of manufacturing consistency and chemical stability.

With standard dimensions of Φ20 × 3.2mm, this high-density power source delivers an optimal 220mAh capacity. Engineered by the principal drafters of national battery standards, it provides unyielding baseline power for PC motherboards, financial hardware, and automated industrial networks, ensuring critical data and real-time clocks (RTC) never fail.

Technical Specifications of Omnergy CR2032 3V 220mAh Lithium Coin Cell

The Engineering Edge: Why Specify the Omnergy CR2032?

1. Robust 220mAh Baseline Capacity
Equipped with highly purified manganese dioxide, our CR2032 maximizes active material density within its 3.2mm profile. This robust 220mAh payload ensures years of continuous, passive backup power, drastically reducing field maintenance and battery replacement cycles for end-users.

2. <2% Annual Self-Discharge for Extended Shelf Life
Supply chains require predictability. Thanks to advanced crimp-sealing technology and premium organic electrolytes, the Omnergy CR2032 restricts its self-discharge rate to less than 2% per year. Devices can sit in global distribution channels for years and still wake up with peak voltage upon activation.

3. Industrial-Grade Thermal Stability (-20°C to 70°C)
From tightly enclosed, heat-generating PC server racks to outdoor industrial utility meters operating in freezing winter conditions, this battery is built to survive. It resists internal resistance spikes and prevents chemical crystallization, maintaining a stable 3V discharge curve across extreme temperature spectrums.