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Do you know what researchers have been actively working on so far? Lithium-ion technology had opened human eyes long before the sophisticated lithium iron phosphate battery was invented. Researchers have been working hard to find ways to increase the energy density, battery life, battery safety, cost, recharge time, and flexibility of this future battery technology.
Lithium-ion battery which is a type of rechargeable battery, is widely used in the electronic industry and electronic vehicles. One type of lithium-ion battery that has recently been discussed by many people is the lithium iron phosphate battery. This battery is well-known as a battery with longer life. No wonder if its application is now extending to medical equipment and other industries.
There are so many electronics around us, right? Especially for Consumer Electronics where the use of electronic goods is carried out daily for communication, business, and entertainment. Every home must have a telephone, personal computer, television, digital camera, and digital music player. People also have vehicles with a GPS vehicle navigation system inside. These electronics use rechargeable batteries that have the best energy density. This battery is known as a Lithium-ion battery which is rechargeable, safe and has good durability.
You must be familiar with the mobile phone that you use every single day, right? The mobile phone uses a lithium-ion battery based on high energy density lithium cobalt oxide. You can easily communicate wherever you are. However, there is another thing you should know. This battery can pose a danger in the event of a breakdown or a short circuit.
Electronic researchers continued to work hard until they found a lithium iron phosphate battery that has a lower energy density than lithium cobalt oxide but is safer and has a longer lifespan.
The researchers found a lithium iron phosphate battery formed by itself in the form of the mineral triathlete. The purity of this material was first discovered by a German mineralogist, Johann Nepomuk. Lithium iron mineral forms a solid solution with phosphate, lithium mineral, and lithiophilite in it. Lithiophilite itself is a resin mineral that crystallizes in the form of a prism with a reddish to yellowish-brown color.
All the aspects that make up lithium iron phosphate batteries make this natural battery very beneficial for the production of lithium-ion batteries for any electronic product.
The chemical formula for lithium iron phosphate battery is LiFePO4 using the olivine structure. This structure must be in the cathode arrangement of lithium rechargeable batteries so that the products you make are safe in storing energy, stable, and, most importantly, affordable prices.
Choosing a LiFePO4 battery for the production of quality electronics is the right thing you have ever made once in a lifetime. After getting involved in the industry, the battery, which has an operating voltage of 70 percent higher than nickel-hydrogen battery, is beneficial for you in terms of:
Finding a company that focuses on producing lithium-ion phosphate batteries is the main thing you need to do in starting an electronic goods assembly business or entertainment business. Where to find it? Will it be difficult to find this battery supplier?
You can directly look for one of the most credible companies in China, SDD Light. Visit our website and consult with us, and you will find several lithium iron phosphate battery products we named according to the chemical formula LiFePO4.
We provide user-friendly products so that those of you who are first time using this advanced battery doesn’t lose a lot of time to install it. All of our products are easy to package, easy to install, and easy to use. No need to worry about our safety because we’ve passed CE, RoHS, and FCC international standards.
