The ChargeCore SafeCharge Max 10000mAh Power Bank Black uses advanced LiFePO4 technology for enhanced safety, durability, and a longer lifespan, delivering reliable power for years.
Cooler. Safer. Built to last
LiFePO4 power banks deliver a cooler, longer-lasting way to stay charged every day. With added heat resistance and rugged durability, they offer extra safety and stability wherever life takes you.
More power, less worry
Charge your phone more than twice on a single cycle*. Great for weekends away, long days out, or powering through when theres no outlet in sight.
Speed Matters
Get 50% charge in 30 minutes*. This 20W USB-C fast charger powers your iPhone 16 or Galaxy device up to 4 faster than standard USB.
Built to last. Ready for more.
LiFePO4 technology delivers up to 5000 charge cycles* far beyond standard lithium-ion. Thats years of daily use with less wear, fewer replacements, and power you can count on.
Power you can rely on
Backed by a 3-year warranty for peace of mind that lasts as long as the powerbank does.
Fly with power
Airline-approved and carry-on ready, this power bank lets you charge mid-flight without a second thought. No check-in, no stress just power, wherever youre headed.
One cable. Three devices
Charge your iPhone, Android, and earbuds all at once with a single USB-A to dual USB-C and Lightning cable. One port. More power. Less clutter.
One power bank. Every device
Charge your iPhone, iPad, Android, or Nintendo Switch all from one power bank. No extra chargers. No extra weight.
Fire Resistance
Adds a layer of fire and heat protection for daily useideal peace of mind when left in a hot car or used in warmer conditions.
Triple Ports
Charge faster and smarter with triple portsideal for topping up multiple devices on the go, including tablets and accessories.
Disclaimer: *Charging estimates are based on iPhone 15 Pro. PD20W fast charging is available via the USB-C port. "Lasts 5x Longer" refers to the extended lifespan of LiFePO4 battery technology, which endures up to 5x more charge cycles compared to standard lithium-ion batteries. Charging performance depends on device model, battery size, charging conditions, and efficiency losses.