LiCB 20 Pack LR44 AG13 357 303 SR44 Battery 1.5V Button Coin Cell Batteries

I keep a drawer for small oddball batteries—coin cells for calipers, toys, and the occasional watch—and it’s usually a mess. After too many last‑minute runs for a pricey two‑pack, I switched to the LiCB LR44 20‑pack and have been testing it across a range of everyday devices. The short version: these are dependable alkaline LR44s that strike a smart balance between cost and performance, especially for general household use.

What you’re getting

This is a straightforward 20‑count blister card of LR44 cells (also cross‑listed as AG13, A76, and several other equivalents). Each battery is individually sealed, which helps with freshness and makes it easy to peel off what you need while keeping the rest protected. The packaging is sturdy—arguably a bit too sturdy if you’re in a hurry—and I needed scissors to open the individual bubbles. Annoying in the moment, but good for safety and shelf life.

LiCB advertises CE and RoHS compliance and a three‑year shelf life. I can’t independently verify the compliance stickers, but I can comment on freshness: every cell I’ve opened so far measured at healthy open‑circuit voltage on a multimeter, and none showed the telltale signs of aging (corrosion or weak readings).

Performance and consistency

In practice, LR44s are usually installed in low‑to‑moderate drain gadgets. I used this pack in:

• Digital calipers and a kitchen timer
• A handful of LED keychain lights and laser pointers
• A couple of kids’ toys with sound/light modules
• A basic analog wristwatch that accepts this form factor

Across those, the LiCB cells behaved as expected for an alkaline LR44. Devices powered up immediately with no flicker or reset behavior, and voltage stayed consistent for routine use. In LED indicators and simple electronics, I didn’t notice any early dimming. In the calipers—a common LR44 application—one cell is holding steady after weeks of intermittent use. The analog watch is keeping time fine, though I’ll get to why you might still prefer silver oxide in a watch below.

I’ve tested name‑brand and off‑brand LR44s side by side over the years. While silver oxide 357/SR44 cells often outlast alkaline LR44s in high‑precision or continuous‑draw scenarios, the difference in many household gadgets is smaller than you might expect. These LiCB cells feel competitive with mid‑tier brands I’ve used. If I had to generalize: they’re not magical, but they’re solid, and I haven’t hit a dud yet in the units I’ve installed.

A note on chemistry and compatibility

“LR44,” “AG13,” and “A76” all point to an alkaline 1.5 V button cell in this size. You’ll also see “357,” “SR44,” “SR44W,” and “303,” which are silver oxide variants that fit the same devices but use a different chemistry. That distinction matters:

• Alkaline (LR44/AG13/A76): Slightly lower capacity and less stable voltage under load, but cheaper. Good for toys, LED lights, calculators, thermometers, and calipers.
• Silver oxide (357/SR44/SR44W/303): Higher capacity and flatter discharge curve, better for cameras, higher‑drain laser sights, and watches where timekeeping accuracy benefits from steadier voltage.

These LiCB cells are alkaline LR44s. They’re great for the first list. For a watch or a precision instrument that specifies SR44/357, a silver oxide cell will likely last longer and maintain voltage more consistently. That said, I’ve run these LR44s in a simple analog watch without any functional issues, and they’re a perfectly acceptable budget choice if you’re okay with potentially shorter intervals between changes.

If your device stacks two cells, replace both at the same time and avoid mixing brands or old/new cells; mismatched internal resistance can reduce performance and may cause leakage.

Real‑world longevity

Button cells are notoriously hard to benchmark outside of a lab because usage patterns vary so widely. What I can report:

• In LED keychain lights used a few minutes at a time, the LiCB cells are holding up similarly to retail two‑packs from big brands.
• In digital calipers, I’ve had no mid‑session resets or erratic readings, which can happen when marginal batteries sag under load.
• In a simple laser pointer, brightness remained consistent across typical use sessions without early dimming.

If you put an LR44 in a high‑drain, always‑on application, you’ll notice the alkaline curve sooner: brightness or beeps will fade as voltage droops. That’s expected behavior for the chemistry, not a knock on this pack in particular.

Packaging and storage

The blister card keeps everything organized, and the individual seals do a good job preventing accidental discharge from contact in a drawer. The trade‑off is extraction effort—plan on scissors. I write the purchase month on the card and keep the remaining cells in a cool, dry place. There’s no benefit to refrigerating coin cells; just avoid heat and humidity. If you’re particularly careful, toss a fresh silica gel packet into the drawer or storage bin.

Price and value

Buying coin cells in drugstore two‑packs is an easy way to overpay. The LiCB 20‑pack brings the cost per cell down dramatically, and for households that burn through LR44s in toys or meters, that savings adds up quickly. Because the pack is individually sealed, you can buy in bulk without worrying that the whole card will go stale after you open one. For most people, that combination—decent performance and low per‑cell cost—makes more sense than spending premium prices for marginal gains.

Safety considerations

Coin cells are small enough to be ingested. Keep them out of reach of children and pets, and do not leave spent cells loose in a bowl where they can be mistaken for new. The packaging is somewhat child‑resistant, which I appreciate, but it is not child‑proof. If a battery is swallowed, seek immediate medical attention.

When disposing of used cells, treat them as e‑waste and recycle through a local collection program. Tape both sides with electrical tape to reduce the chance of short‑circuiting in transit.

What I like

• Consistent, fresh cells with solid open‑circuit voltages out of the package
• Individually sealed packaging that is easy to store and manage over time
• Predictable performance in common LR44 use cases (calipers, LED lights, toys, timers)
• Excellent value per cell compared to retail multi‑packs

Where it could be better

• The blister is tough to open; scissors are almost mandatory
• As with any alkaline LR44, not the best choice for devices that specify silver oxide
• No capacity rating printed on the cell or card; advanced users may want more technical detail

Practical tips for best results

• Check your device’s manual; if it explicitly calls for SR44/357, consider silver oxide for longer life and steadier voltage.
• Replace stacked cells as a set and avoid mixing brands or old/new batteries.
• Store spares in their individual seals, in a cool, dry place. Don’t toss loose spares in drawers where they can short against metal objects.
• If a device behaves erratically, clean the contacts with isopropyl alcohol before assuming the new cell is bad.

Final thoughts and recommendation

The LiCB LR44 20‑pack hits the sweet spot for everyday coin‑cell needs: reliable, fresh, and inexpensive enough that you don’t hesitate to keep spares on hand. In my testing across typical household gadgets, these cells delivered stable performance without surprises. They won’t beat silver oxide in demanding or precision roles, but that’s a chemistry reality, not a product flaw.

I recommend this 20‑pack for anyone who uses LR44s in toys, LED accessories, calculators, calipers, timers, and similar devices. You’ll save money, avoid emergency runs for tiny batteries, and get dependable results. For watches or equipment that specifically calls for SR44/357, step up to silver oxide; for everything else in the LR44 family, this pack is an easy, cost‑effective choice.