Description
DURACELL Plus C Alkaline Batteries – Pack of 2
Good to know- Innovative cathode system means longer battery life or more power, depending on what your device needs- Nylon top closure for leakage protection and safer storage- 98% of the packaging is made from recycled materials
Duracell Plus 100 C Single-use battery Alkaline
£10.85
in stock
Highest Price
£11.08
Quzo.co.uk
February 12, 2025
Lowest Price
£10.48
Quzo.co.uk
January 24, 2025
Since January 24, 2025
- All prices mentioned above are in British pound.
- This product is available at Quzo UK.
- At quzo.co.uk you can purchase Duracell Plus 100 C Single-use battery Alkaline for only £10.85
- The lowest price of Duracell Plus 100 C Single-use battery Alkaline was obtained on February 22, 2025 7:50 pm.
Duracell Plus 100 C Single-use battery Alkaline
£10.85
in stock
Quzo.co.uk
Economical general purpose 1.5V C size alkaline battery with a high energy output that is reliable with a long shelf life and good low temperature performance. Duracell Plus now has longer life compared to previous Duracell Plus batteries; ideal for everyday use.<br><br>Duracell's DURALOCK technology means these batteries are guaranteed to stay powered for up to 10 years when not being used. This huge leap forward in battery technology has been made possible by improvements in the purity of ingredients and upgrades to the construction of the battery cell meaning less power is lost when in storage.
Duracell Plus 100 C Single-use battery Alkaline
£10.85
in stock
Quzo.co.uk
Economical general purpose 1.5V C size alkaline battery with a high energy output that is reliable with a long shelf life and good low temperature performance. Duracell Plus now has longer life compared to previous Duracell Plus batteries; ideal for everyday use.<br><br>Duracell's DURALOCK technology means these batteries are guaranteed to stay powered for up to 10 years when not being used. This huge leap forward in battery technology has been made possible by improvements in the purity of ingredients and upgrades to the construction of the battery cell meaning less power is lost when in storage.
