Sunday , 20 May 2018


Other Commodities

Manganese Oxide & Electric Vehicles: The Next Great Power Couple

Manganese is the 4th most traded metal in the world, mainly because it is indispensable in the production in steel and other alloys. The fastest growing sector, however, is in the use of manganese oxides for use in batteries and particularly rechargeable lithium ion (lithiated manganese dioxide or LMD) batteries. LMD batteries are ideal for applications that require high levels of power all at once such as power tools and now electic and hybrid vehicles. Take a look at the infographic presented here to learn about the important role manganese will play in our future.

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Manganese Oxide & Electric Vehicles: The Next Great Power Couple

Manganese is the 4th most traded metal in the world, mainly because it is indispensable in the production in steel and other alloys. The fastest growing sector, however, is in the use of manganese oxides for use in batteries and particularly rechargeable lithium ion (lithiated manganese dioxide or LMD) batteries. LMD batteries are ideal for applications that require high levels of power all at once such as power tools and now electic and hybrid vehicles. Take a look at the infographic presented here to learn about the important role manganese will play in our future.

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Here's a Bullish Trend You Don't Want to Miss

What does a shrinking supply and skyrocketing demand equal? It equals happy investors if you can get in before the public participation phase. Right now, savvy investors are in the accumulation phase of the next massive resource trend, graphite. [Below are the keys to capitalizing on a graphite investment.] Words: 430

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Graphite: The Driving Force Behind Green Technology

Global consumption of natural graphite has doubled in the last 10 years and will increase even more so in the next decade due to a) the continuing modernization of China, India and other emerging economies given the strong demand from traditional end uses such as the steel and automotive industries and b) the advent of new applications for graphite such as lithium-ion batteries, fuel cells, and nuclear and solar power. As a result of such increased demand prices for large flake, high purity graphite (+80 mesh, 94-97%C) have more than doubled making the mining of such a minerals increasingly profitable. Learn even more by viewing the infographic below.

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Graphene Could Have a DRAMATIC Impact on Our Future – Here's Why

Tens of billions of dollars per year are being spent worldwide on graphene research. Why? Because graphene could have a dramatic impact on our future by changing the fields of computing, energy, materials and optics. How? By making everything smaller, stronger and more ecologically sustainable. Below is an infographic that provides all the details.

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It's Time to Replace the Refrain "Got Gold?" With "How Much Graphite Stock Do You Own?"

Demand for lithium-ion (li-ion) batteries over the next 8 years - for use in electric and hybrid cars, smart power grids and mobile consumer devices - is going parabolic. Sales of electic/hybrid cars, for example, will be increasing 5-fold to 4,000,000 over that timeframe and every such car will have 30-110kg of graphite in their batteries, depending on the car, that can not be replaced economically. Forget the common refrain "Got gold?" A more appropriate refrain should be "How much graphite stock do you own?" Learn more about graphite in the infographic below.

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Brent vs. West Texas Intermediate Crude Oil: What's the Diff?

We use crude oil for everything from running our cars to making plastic. The need for oil causes conflicts and gives power to those countries that have an abundance of it. Taking all this into account, not too many of us actually know how it’s priced. A lot of us hear how much it costs per barrel or get mad when prices go up at the pump but what’s the method behind the madness? Hopefully, I can shed a little light on the process. Words: 790

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