FCAD Successfully Developed Three New Electrolytes to Be Used In Lithium-Ion Batteries

Previously, nickel-cadmium was the only batteries for charging portable electronics and other equipment. Ranging from wireless forms of communications to mobile computing, nickel-cadmium was a top choice. However, during the early 1990s, lithium-ion surfaced in the market, providing competition to the otherwise popular option. In the present day, lithium-ion has emerged as the most promising of options. Ground-breaking work associated with lithium batteries started out back in 1912 by Mr. G.N. Lewis. However, only later during the 1970s, the world saw the first ever non-rechargeable lithium batteries when they were being sold commercially. Coming down to its basic traits, lithium is one of the lightest metals, yet has the maximum electrochemical capacity and offers highest weight energy density. Stated below are some reasons that will convince you why lithium-ion batteries are ideal over its counterparts:

They Have High Energy Density

This one is probably the biggest advantage that lithium-ion batteries have to offer. Electronic gadgets and equipment (for instance mobile phones) require longer operation; you need batteries that possess relatively higher energy density. And this is just what lithium-ion batteries offer. Not just mobile phones, these batteries are used on a range of power tools and electronic vehicles. And for such equipment, high energy density is an amazing advantage.

They Have Low Self-Discharge

One of the most hard-hitting problems with batteries is their tendency to discharge rather rapidly over the passage of time. However, that’s not the case with lithium-ion batteries. The rate at which they discharge is quite low compared to other rechargeable batteries including nickel-cadmium and NiMH.

They Require Low Maintenance

Another advantage of using lithium-ion batteries is the fact that they don’t need regular maintenance to keep on giving up-to-the-mark performance. For instance, nickel-cadmium batteries need to be discharged at regular intervals to ensure they are not showing signs of memory effect. Since this is not a concern with lithium-ion batteries, there is no requirement of any kind of similar maintenance.

They Don’t Need Priming

There are quite a few rechargeable batteries in the market that call for priming when charged for the first time. There is no such concern with lithium-ion batteries.

As the leader of fine chemical development, FCAD Successfully Developed Three New Electrolytes to Be Used In Lithium-Ion Batteries. the representative at FCAD said, “We had been receiving feedback on these electrolytes. And the response we got upon its launch was phenomenal. Lithium-Ion batteries are used in broadly all home electronics. Recognized as one of the most popular kinds of rechargeable batteries today, they are high on energy density and have a low self-discharge. One of the 3 electrolytes we offer, LiODFB is first documented salt for enhanced electrolyte of Li-ion battery. This electrolyte also possesses the combine benefits of the other two electrolytes: LiBOB and LiBF4. Nonetheless, each one fulfills its intended purpose within batteries and we’re very proud of the development we’ve made.”

Electrolytes based on LiODFB comprise a number of benefits. Firstly, they facilitate metallic lithium cycling erratically on copper anode current collector’s surface; secondly, it possesses the ability to disregard aluminum cathode current collector at high potentials. Finally, LiODFB ion has the capability to take part in the structure of the SEI and aid Li-ion battery operations in a stable manner at high temperatures; it also improves battery’s ability to protect itself and doesn’t allow it to overcharge.

Actually, the usage of electrolytes are not only limited to Lithium-Ion batteries. They are also utilized in the pharmaceutical industry and for the purpose of organic synthesis.

Key Products

1. LiBOB CAS 244761-29-3

2. LiODFB CAS 409071-16-5

3. LiBF4 CAS 14283-07-9

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1. LiBOB CAS 244761-29-3

2. LiODFB CAS 409071-16-5

3. LiBF4 CAS 14283-07-9