22 Years' Battery Customization
Mar 18, 2021 Pageview：4751
One cannot deny the fact that today it is quite challenging to function a device without using a battery. Due to ever-increasing demand, you can find different battery types, shapes, and sizes in the market today. It might become a daunting task for a customer to buy batteries for different applications in such a scenario.
Over the years, lithium-ion batteries have become much popular due to their multiple uses and advantages. With the advancement in technology, different lithium batteries have become more mainstream. Here you will get the detailed information regarding IMR batteries.
In order to understand IMR batteries, it is important to learn about the meaning of the letters “IMR.” IMR is an acronym that is used as a product code. An IMR battery refers to a Lithium-Ion Manganese Rechargeable battery which is also known as Li-MN, i.e., lithium manganese. The lithium-ion rechargeable battery utilizes various forms of oxide for the chemical makeup; in this case, manganese oxide is used.
On the other hand, the different lithium-ion battery uses cobalt oxide or lithium cobalt, i.e., LiCO as chemical components. Most of the lithium batteries are comprised of cobalt oxide. IMR batteries are round in shape, and so in IMR, the first letter denotes the anode, the second letter denotes the cathode, and the third one represents shape and recharge ability.
When it comes to IMR batteries' capacity, it is vital to highlight that when people find lithium batteries as a power source, they often get enticed by high numbers written in mAh. It is simply because the higher the mAh number, the more charge the battery can hold. But, in the case of IMR batteries, these mAh figures are cut in half.
It is because lithium manganese batteries' capacity is unable to reach the capacity offered by lithium cobalt batteries. However, it is crucial to highlight that IMR batteries do not perform badly; instead, it won’t be wrong here to proclaim that lithium manganese batteries are equally reliable, have a high drain rate with low temperatures. These batteries perform as good as any other lithium cobalt cell.
When it’s about the shape and size of IMR batteries, they are generally manufactured in popular lithium battery sizes, i.e., 16340, 18650, and 14500. But like most different batteries, they also come in various shapes and sizes. An IMR 18350 battery does not fit in common flashlights because it has a thick diameter; its width is 18 mm.
Most of the time, people question the safety of IMR batteries because they do not come with a protection circuit; however, some companies do provide them in lithium manganese batteries. It becomes imperative here to mention that because of their non-protection feature, IMR batteries are popular in the market.
As mentioned before, IMR batteries do not provide the capacity of a lithium cobalt-based battery, but its internal resistance remains low over a long period of time, and due to this reason, their temperature also stays lower. That is why IMR batteries are defined as a safer option as compared to a lithium cobalt (LiCo) battery.
The lithium manganese battery charges at a fast rate and has a higher discharge rate, which is why these batteries are more appropriate for all the devices that need higher current to function. Since IMR batteries have a higher discharge rate, they tend to recharge much faster than other lithium-ion batteries. All these attributes make IMR batteries a great option.
In the last few years or so, after vapers came in trend, there have been quite a few instances concerning the e-cigarettes explosion. In this scenario, it becomes an actual point of discussion as to what are the reasons for battery mishaps and what are the ways to avoid such an explosion. It is vital to remember that with little information, vaping can become a lot safer. The major reason behind the vape battery explosion is using an inappropriate battery, and the only way to avoid it is using dedicated batteries.
Battery safety is an essential part of vaping. You might have seen different letters written on lithium batteries that are used in vaporizers. The first letter represents the general chemical makeup of the battery; the second letter is the most important one because it represents the material used in the battery. It could be anything; for instance, M denotes manganese, C denotes cobalt, and N denotes nickel. The third letter, i.e., R, denotes that the battery is rechargeable.
When it comes to IMR batteries, i.e., Lithium Manganese Rechargeable batteries, they are considered the most preferred battery type for vaporizers. These batteries have a safe chemical makeup than other lithium-ion batteries because they are able to sustain high internal temperatures before becoming unstable. IMR batteries discharge at high currents like 20 amps without getting extremely hot. Also, in case the battery fails, IMR batteries might vent out, but they never explode. Following are some advantages of IMR batteries:
?High amp rating
?Low internal resistance
?High tolerance to heat
?Not likely to explode or vent out when it’s damaged
Most times, devices that run on IMR batteries have “pass-through charging.” It means you can charge the IMR battery while it is mounted on the device itself. It is charged using a USB cable. There are different USB cables that allow you to charge the device while it is being used as a vape. However, if you want to use a pass-through charging method to charge the IMR battery, you need to ensure that the device offers such charging.
You can charge IMR batteries using an external charger as well. In order to use these dedicated chargers, all that you are required to perform is first safely remove the IMR battery from the device and simply insert it into the external charger. Such chargers are useful when you have a few spare IMR batteries, and your device’s battery is exhausted.
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