Always put freshly purchased batteries in the light. Replace the batteries as soon as the light becomes dim. Only keep the batteries in the light while you are using it. Always remove batteries from the light before you put it away.I have had one Maglight destroyed by alkaline battery leakage. Is there any warning or what to watch for? Is there any way to prevent it? Thanks!
I had a brand new Kirkland duracell rebrand leak just sitting idle on my keyboard. It was only a week old, it slowly leaked on my keyboard and dissolved the silver paint down to the plastic.
Is that the culprit sitting there? If so, I believe Duracell rebrands for Kirkland, not the other way around?
I've lost two Mags to leaking alkies, plus remotes, clocks and other items. One Maglight was so bad I couldn't get it open with pump pliers.
The "state of the art" in alkalines is why I now run Eneloops in everything I can, including clocks.
They shouldnt even sell alkalines in Texas.
Even though I've had few leakers they have ALL occurred under conditions that would be considered "cell friendly." This is what causes me to suspect improper handling on the part of the shippers, warehousers and retailers in some of these cases. Unseen damage.The curious part was that this particular light wasn't in a vehicle. It was inside next to the bed, so it was in a fairly cell friendly environment, from a temperature/vibration standpoint. Guess I should have checked it more often. ...
Or a reduction in manufacturing standards? Consider that 40 years ago heavy duty cells were manufactured with a thick zinc shell and a simple cardboard wrapper. The zinc was so thick it would maintain cell integrity without any reinforcement. If you take a cell apart today, the zinc shell inside the steel case is thinner than paper...Unseen damage.
I agree fully. As I see it, one problem exacerbates the other. The endless competition between brands to see who may cram the most capacity into their cells has resulted in cells with universally thinner shells and separators rendering them more and more prone to damage from drops and shocks in transit, storage and handling before they even get to the purchaser. I think we're probably pretty much on the same page on this.Or a reduction in manufacturing standards? Consider that 40 years ago heavy duty cells were manufactured with a thick zinc shell and a simple cardboard wrapper. The zinc was so thick it would maintain cell integrity without any reinforcement. If you take a cell apart today, the zinc shell inside the steel case is thinner than paper...