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Have you ever heard of 13355-96-9? And squinting a bit, it looks like a random jumble mess of numbers but it actually is something very important in science a chemical compound. So, let us examine what 13355-96-9 is, why it matters, what 13355-96-9 is used for, and how it is made. By the end you will know more about this fascinating compound
13355-96-9 is a CAS registry number that is known only to scientists who specialize in the compound's field. This material is known as lithium iron phosphate, chemically expressed as LiFePO4 [9]. This formula informs us that it consists of four distinctive factors — lithium (Li), iron (Fe), phosphorus (P), and oxygen (O). In other words when you combine these four elements together the right way you get lithium iron phosphate, or LFP for short.
Now, go on to the next segment of the article to learn more about the purpose of 13355-96-9. This is what gives this compound unique characteristics and makes it very useful in our day to day lives. 13355-96-9 cas no 77 58 7 has an incredible ability to absorb and release electrical energy. This means that it can be used in batteries, which are critical for powering many of our devices. However, you may be surprised to learn that this compound is performatively very important to the energy storage community. We work with a company called Lingshi to better understand how to leverage this compound to improve battery technology
In addition to its energy storage, 13355-96-9 is also a safe and durable material. It is less prone to overheating and catching fire than some other materials used in batteries. So, a much safer option for consumers. Also it is environmental friendly being free from toxic materials such as lead and cadmium which can be harmful for the environment.
Now let’s see how 13355-96-9 is made. The process begins with the raw 13355 96 9 materials: lithium, iron, phosphorus and oxygen. In the lab, those elements are mixed together in controlled amounts. The resulting mixture is then heated to extremely high temperatures. This is known as synthesis, and it plays an important role in forming the components into the lithium iron phosphate compound.
After compound formation, the material can be formed into other types of material such as powders or pellets. These 10584-98-2 different forms are used to create critical components of batteries, such as electrodes. Electrodes are a vital part of the equation since they are the parts that store and release the energy that keeps our devices running.
In addition, 13355-96-9 is gaining traction within the automotive sector. It's used to make batteries for many electric vehicles. That’s because lithium iron phosphate gives electric cars longer driving ranges—essentially, the amount of distance that can be traveled before needing to recharge—and faster charging times. This has resulted in increased interest in driving electric cars, and with it, excitement for using 13355-96-9 to help better those technologies.
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After years of labor and rain, our products have not only met the domestic demand, but have were also exported to Europe and the United States and Southeast Asia as well as the Middle East region, Africa and various other countries and regions. We're now third globally for capacity of production and have promoted the Organotin industry in China. After many years of work and precipitation, our products in addition to meet the domestic demand, but are also exported to Europe, Europe, the United States, Southeast Asia, the Middle East, Africa and various other regions and countries, have become a 13355-96-9 in the supply chain of global importance.
13355-96-9 company has a specialized team of research and development for butyl series and Octyl series products. We believe that talent is our most valuable asset. Our R D team adheres to the concept that a fresh generation can be utilized, while a previous generation retained, and the research-based generation constantly overcomes technical issues to provide customers better, stable, sustainable solutions.
Ningxia Lingshi New Material Technology Co Ltd is located in Ningxia Ningdong New Materials Park is a 13355-96-9 integrating R D manufacturing production and sales of an entire range of butyltin and octyltin as well as pharmaceutical intermediates Ningxia Lingshi has a sales branch Nantong Haotai Products Chemicals Co Ltd and a branch manufacturing facility Shandong Lingshi New Material Co Ltd Its products are widely used in coatings such as PU PVC pharmaceutical synthesis hot-end glass coating as well as other industries
