The lithium Polymer (LIPO) battery is a more advanced then the Lithium Ion (Li-ion) battery. The LIPO has it's electrolyte held in a solid polymer film which is directly bonded to the lithium electrode. A LIPO holds more charge but it's lifespan is less then a Li-ion. Some people think the LIPO is easier to recycle but they are both basically recycled the same way. All in all the LIPO is slowly replacing the Li-ion.
They both have similar capabilities, but the main difference is that Lithium Polymer batteries can be shaped/molded in ways that Lithium Ion batteries simply can't. Lithium Polymer batteries are used in lots of hobby equipment, very small devices, and anywhere else where a certain shape of battery is required.
The batteries are dangerous to swallow.
The biggest differences are that lithium batteries contain lithium metal and are not rechargeable. Lithium ion batteries, however, do not contain lithium metal and can be recharged.The small lithium and lithium ion batteries that are provided an exception to dangerous goods/hazardous materials regulations are used primarily in consumer applications. Small lithium batteries are often used in cameras and watches. Lithium ion batteries are commonly found in cellular phones and laptop computers.Batteries does not have any eco-hazard as long as it is not carelessly dumped with general waste. It can only pose threat to environment as it contains metals like.. lithium, nickel, chromium, iron,etc. and which can leach to groudwater and contaminate soil if not disposed off responsibly.
Lithium Ion (LiON) batteries are lighter than NiMH batteries and also have no memory effect. They are more expensive, but worth every penny.
The Dell lithium Ion batteries have a slightly longer shelf life and last 10-15% longer than normal batteries.
CR lithium batteries are cylindrical in shape and typically used in watches, calculators, and some small electronics. DL lithium batteries are coin-shaped and commonly used in medical devices, cameras, and other portable electronics. The main difference is their size and shape, with CR batteries being cylindrical and DL batteries being coin-shaped.
When you buy lithium polymer batteries, you can do so with the knowledge that they do not have the dreaded memory effect. This new technology is much better than the batteries that used to be used in computers, phones, and the like. These batteries would remember how full they were when you plugged them in, and they would count that as being empty, even if they were not. The lithium polymer batteries do not do this.
Lithium batteries are composed of pure lithium in its metal form and are generally meant for one-time usage; they cannot be recharged. Lithium ion batteries, on the other hand, contain electrolytes of the lithium ion; these can be discharged and recharged many times. The lithium ion batteries have several advantages over other rechargeable batteries. For one, they're smaller in size and also have high voltage so that fewer cells are needed. Secondly, when idle, they lose charge at a slower rate compared to the other batteries, and hence are long-standing once fully charged.
Lithium batteries are primary cells. That is, they're used up and thrown away. They're not rechargeable. Lithium-ion batteries are rechargeable. Which is better depends on your need or application. For example, if you had to buy and replace cell phone batteries all the time it would be expensive and a pain.
Lithium is a metal, lithium grease is a a grease having lithium compounds (derivatives af fatty acids).
Lithium is used for batteries -- primarily computer batteries because the batteries are rechargeable and will last for several hours between charging. Lithium salts, which contain the lithium ion, are used as mood stabilizers to treat bipolar disorder. However, there are significant side effects including kidney damage, muscle tremors, and bone loss.
The chemical compound formed between lithium and sulfur is lithium sulfide (Li2S). It is an inorganic compound that is commonly used in the production of batteries and as a raw material in the synthesis of other lithium compounds.