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Why are CR123 Batteries So Expensive? 

 September 19, 2021

By  Phil Borges

There are factors that contribute to the high price of CR123 batteries.

The first is the cost of raw materials, which can be significantly higher than other types of batteries due to their complex chemical composition and expensive manufacturing processes.

In addition, there is a significant overhead for storing and transporting these specialized cells, so all adds up to a higher price tag on finished products.

CR123s can produce more power per unit weight than other types of batteries, so they are often used in high-tech equipment that requires heavy-duty performance.

What is a CR123 battery?

CR123 Batteries are small but powerful. They were originally invented for use in cameras, flashlights, and other electronics.

CR123's have a higher voltage than the average battery, which means that they release their energy more quickly. These batteries have a shelf life that will last you years, and they are available in many different brands, so it's easy to find one that suits your needs best!

There are two major versions of CR123A batteries: rechargeable and non-rechargeable.

Rechargeables have lower drain currents, higher capacities and require a charger to be used effectively.

The other version of the CR 123 battery is not rechargeable but can last longer than its counterpart because it has an extremely high voltage that doesn't decrease as fast with usage as rechargeables do.

However, they cannot sustain this level for very long before needing replacement due to their relatively low capacity when compared to the standard ones.

How does the price fluctuate with demand?

In the simplest terms, it fluctuates with demand and supply. A greater level of demand means that suppliers will be happy to charge higher prices for those batteries and vice versa with supply.

This can be seen when events like natural disasters happen due to heightened levels of thirst for CR123 batteries due to concurrent increased usage in emergency equipment like flashlights, hearing aids, warning signal devices (most often used on aircraft) - these are just some examples of scenarios where there are back up power needs created by everyone trying to conserve their phone batteries so they have one thing to worry about during an event when accesses may not be available.

The opposite can also happen if a shortage of parts or labor typically causes a rise in prices that can then encourage potential customers to save money by buying older models, refurbished products, or low-cost substitutes where available.

Why are they so expensive to produce?

They can be expensive because they're not mass-produced like AA or AAA batteries. Also, they're costly to produce because they are lithium-powered.

CR123 are small button cell lithium-ion batteries used in most high-end flashlights and headlamps. You should never mix CR123 cells with other battery types and should never recharge them with a charger not intended for the C123 type.

CR123A batteries are used for a variety of purposes, including security equipment.

These long-lasting and reliable power sources can be found in PIR sensors and wireless alarm systems alike because they provide the perfect amount of energy to keep your home safe even when you're not there!

Because these CR123 batteries come with many labels, all these battery types function identically, which makes these batteries an excellent choice for any application that requires quick bursts of juice without interruption.

So, why do some people still use CR123 batteries despite them being so expensive? The reason some people still use CR123 batteries despite their price has to do with the application and how they are used in conjunction with other battery types like AA or AAA.

The answer has to lie with why we're using them as opposed to some alternatives like lithium-ion batteries. For those people new to photography who wonder why their camera could be over 1000 shots before dying, it might help understand what power consumption is for a low power-consumption device like the CR123s in relation to something that's high consumption such as a laptop.

Is there an alternative option that is more affordable and still as good of quality?

Yes! The newer versions of CR123A batteries are lithium-ion rechargeable which means they can be recharged and reused. These types of batteries have a lower capacity than non-rechargeables. Still, due to their ability to take in energy over time, it's not uncommon for them to last several times as long as the standard ones.

CR123s are lithium cells that have a higher voltage than the standard AA and AAA batteries you can find at your local store. This is the main difference between these two types of CR123 batteries, which makes them so costly to produce due to their complexity in production, high-cost risks during transport, and shipping logistics because they require heavier packaging.

One way to save money on your battery costs is by buying rechargeable ones - but make sure you have enough time to charge them up again before using them!

It's important to know which device requires what type of battery before purchasing it, or else you'll end up with an expensive mistake on your hands!

Why can't we recycle these batteries to make them cheaper? 

You might be wondering why we can't recycle these expensive CR123 batteries to make them cheaper. It's not that recycling is impossible, but instead, it isn't economically feasible at this time.

You might be thinking, why do these CR123 batteries exist anyways? Aren't AA and AAA batteries much cheaper?

Many of our high-tech devices use lithium-ion batteries, which can't be recycled because there's a chance they could explode when exposed to fire, water, or heat. Lithium is one of the most reactive metals, which is why we can't recycle it.

Frequently Asked Questions about CR123 Batteries

What's the difference between CR123 batteries and AA or AAA that I can buy at my local store?

CR 123A batteries are rechargeable lithium-ion cells that use less energy than standard AA or AAA battery types.

Are CR123 batteries good?

CR123A batteries have a shelf life of 7-10 years, making them excellent choices for devices that need to be powered up and ready at any time. These power cells are excellent options in EDC flashlights, security systems, military applications, or similar because the cost is lower than other lithium battery types.

What's the difference between CR123 and CR123A batteries?

Actually, there are no differences at all. C123 and C123A are of the same size. They only have different names because CR123A is the most common than CR123.

What size is the CR123A battery?

The CR123A battery is small, cylindrical in shape, and packs a punch! It's just 34.5 x 17mm or 2/3A cell size with lithium (LiMnO2) chemistry that can provide power up to 3V voltage for your flashlight or camera. This makes them perfect as they're compact yet powerful enough for all of your needs when it comes to power electronics such as cameras and flashlights because this type of battery has the capacity to last longer than alkaline batteries, which are more common.

Are CR123 batteries rechargeable?

The Watson CR123A Rechargeable Lithium Battery is the perfect solution for those who want to cut down on waste and reduce their carbon footprint. The battery lasts up to 1000 charges, making it environmentally friendly as well! This rechargeable lithium-ion battery has a 3V voltage with 400mAh of capacity which means that you'll have plenty of power when you need it most.

What does CR mean on a battery?

CR means chromium. Chromium is the title element of the batteries that make up your CR, or lithium battery. 

Your Takeaway

CR123 batteries are expensive because they’re more powerful and last longer than other types of batteries. The lithium-ion cells inside them make these batteries popular for high-drain devices like digital cameras, flashlights, wireless mice and keyboards, laser pointers, GPS receivers, night vision goggles, and more.

If you are in search for a new set of CR123s but don’t want to spend the money on some brand-name ones from your local store or electronics retailer near you, it might be worth checking out online retailers where prices can sometimes be as much as 50% less!

We do hope that this blog post gave you a better understanding of the reasons CR123 batteries are so expensive.


About the author

Hi, I'm Phil Borges.. thanks for reading.. My wife says I can't shut up about batteries so to save my marriage I've started this blog .. where I'd be ranting about batteries! Please leave a comment if you have any questions, I'm happy to help!

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