3.7 volt 18650 lithium battery

Graphene 3.7 volt 18650 lithium battery technology has a good prospect

"Charge for 5 minutes, talk for 2 hours", this is a familiar slogan, but have you ever thought that in the near future, there will be a new product that can charge for 5 seconds and talk for two hours?

Only graphene batteries can make mobile phones "full of blood" in 5 seconds. In the field of electricity consumption last year, many manufacturers claimed that they would use this technology to equip new models in 2018, including industry giants such as Samsung and Huawei.

It is not surprising that graphene has become this breakthrough material. It is the lightest, strongest and most conductive new nanomaterial discovered by people so far, and it has good thermal conductivity, which makes it more conducive to heat dissipation. Graphene has also been dubbed "black gold" by many scientists. If this technology gradually matures and becomes more popular, it can bring many fields such as mobile phones and automobiles into a new era.

Perfect technology! Samsung S9 to use graphene 3.7 volt 18650 lithium battery: fully charged in 12 minutes

It is reported that SAIT researchers have developed a new synthesis mechanism that can use silicon dioxide (SiO2) to synthesize 3D popcorn-shaped graphene in large quantities and apply it to the anode protection layer and cathode material in lithium-ion batteries; using this technology to continuously improve, it can also ensure good costs while controlling production capacity and yield.

Successfully synthesizing high-quality multilayer graphene at the wafer level on a silicon substrate, this method is based on an ion implantation technology, which is simple and scalable. Wafer-level graphene may be an indispensable component in microelectronic circuits, but most graphene manufacturing methods are incompatible with silicon microelectronic devices, hindering the leap from potential materials to practical applications of graphene.

Recently, many major manufacturers have reported that they have broken the "bottleneck" of this type of technology; I believe that in 2018, we will be able to witness a revolution in graphene batteries in the mobile phone industry!

Read recommendations:

Coin Battery CR 1025

Will the iron phosphate battery of RVs be reduced in a low -temperature environment?

Analysis of technical difficulties in concentrated photovoltaic power generation system

AAA Ni-MH batteries

602535 polymer battery