• ROMOSS Skinny 10000mAh Power Bank

    Incredible Smooth Touch
    Sleek and curved rubber case gives you incredible comfortable grip like baby skin and impresses you at the first touch.
    Large Power Keeps You Going
    10000mAh high capacity keeps you free from wall for days. Fully charge iPhone 7 3.5 times, Galaxy S6 2.5 times, Huawei P9 2.5 times, or iPad mini 1.5 times with one power bank.
    Smart Fitcharge Technology
    Built-in Fitcharge Technology automatically detects connected devices like smartphone, tablet or PSP to delivers the fastest and safest charging current.
    Complete Safety
    Multi-protection features ensure all-around safety for your valuable devices.

  • ROMOSS Skinny 3000mAh Power Bank

    Incredible Slim & Light
    The extremely slim ROMOSS Skinny with only 5.6mm, thinner than an iPhone 7, feels unnoticeable on your hand or in your purse.
    Micro USB & Lightning Two-way Connection
    Take both Micro USB & Lightning port as input or output. Charge your Android phone/iPhone or self-charge with the dual ports.
    Fast Charging
    High conversion rate up to 85%, ROMOSS Skinny quickly feeds your hungry smartphone.
    Fitcharge Technology
    Smart charging circuitry always provides your devices with the perfect amount of power for a safe and quick charge.

  • ROMOSS Skinny 5000mAh Power Bank

    You’ve Never Felt Anything like This

    The PG02 uses a special rubberized material for the ultimate comfort and protection. An incredibly smooth feel and a secure grip.

    Slim, Colorful, Beautiful

    Designed to look good and go anywhere with a compact ultra-slim profile that never weighs you down.

    Premium Power Inside

    Uses an advanced high-density, Li-Polymer battery to achieve a powerful 5000mAh capacity. Enough to charge an iPhone 7 2 times, Samsung Galaxy S7 1.3 times or an iPad Mini 4 almost once.

    Safety & Protection for You and Your devices

    Built-in smart circuitry that provides automatic protection against overcharging, overvoltage, overheating, overcurrent and short circuit.