ULTRA HIGH CAPACITY - More than double the capacity compared to alkaline 9V batteries
IDEAL FIT - Slim and rounded edge design for best fit
WIDE TEMPERATURE RANGE - Consistently delivers power -4°F to 140°F
PERFORMANCE - Date coded for freshness and can hold power up to 10 years with ultra-low self-discharge
UL Certified: Tested and certified by UL standard for safety.
Selectable Multi-Pack Options:
2 Pack
4 Pack
8 Pack
12 Pack
Product Description
Features And Benefits:
LONGEST RUN TIME 9V - Tenergy's 9V Lithium batteries offer 2.5
times more capacity than traditional alkaline 9V batteries available.
Provides enough power to last up to 10-years as a backup battery in
ac-powered Smoke detectors
PERFORMANCE - Tenergy 9volt lithium battery features ultra-low
self-discharge of only 2% a year and are date stamped for freshness. We
confident these batteries will provide power, even after 10 years in proper
storage.
DESIGNED FOR IDEAL FIT - Tenergy's non-rechargeable batteries 9
volts is slightly slimmer with rounded edges and corners ensuring a perfect
fit in any 9volt electronics.
OUTDOOR TEMPERATURE PERFORMANCE - Use these batteries in your
devices outdoors or inside and receive reliable power whether it's as cold
as -4°F or as hot as 140°F.
QUALITY - Tested and certified by UL standard for safety.
Included with every purchase is free lifetime support from our local team
based in California.
I need to replace a 9V Alkaline battery. Will this work as a replacement?
Yes, this can work as a replacement for 9V Alkaline batteries. Lithium batteries also typically offer more runtime compared to Alkaline cells.
What are the advantages of this Lithium 9V compared to Alkaline 9V?
Compared to Alkaline cells, Lithium batteries has up to 3X runtime in devices and a long 10 year storage life.
How long will this last in my device?
The actual runtime can vary depending on factors like device’s power requirement, temperature, battery condition. etc. Typically, high drain devices will use up the battery quickly, and low drain devices would likely have a longer runtime.