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What Platinum Is Used For

From Dental Work to Jewelry: 5 Ways That Platinum is Used

Platinum is not only one of the rarest elements in the world; it’s also one of the most valuable and useful precious metals. Despite its high melting point and difficulty to work with, platinum lends itself to many uses — from jewelry to dental work to cancer treatments — and extends its value to aesthetic and practical purposes all over the world. 

The Origins of Platinum

Platinum, often mixed with gold, is known to have been used by ancient peoples in Central America and Egypt to make jewelry. However, the earliest known reference to the precious metal comes from an Italian physician named Julius Scaliger who first wrote about platinum in 1557, calling it “platino,” which means “little silver” in Spanish. He found this metal notable because it wouldn’t melt. 

For nearly 200 years, people were unable to melt or fashion platinum into something useful. Then, in the early 1800s, British chemists Smithson Tennant and William Hyde Wollaston developed a method for purifying platinum by dissolving it chemically in “aqua regia,” which is a mixture of hydrochloric and nitric acids. This separated platinum from the other metals it’s often found with, such as palladium, rhodium, iridium, and others. A similar technique is still used today. 

Platinum’s resistance to corrosion and high melting point makes it a valuable candidate for a wider range of applications than softer metals like silver and gold that can’t take more extreme conditions. Here are five common and everyday uses of platinum.

1.  Uses of Platinum in Jewelry

When Europeans arrived in South America, they discovered that the ancient people in South America had already been using platinum to make jewelry. Jewelers still use platinum to make jewelry today , using approximately 40% of available platinum. According to the U.S. Federal Trade Commission, platinum jewelry in the United States is approximately 85-95% pure, and any jewelry in the U.S. that contains less than 50% pure platinum cannot in any way be labeled as platinum.

Shine and durability make platinum a prized material in jewelry making, especially when setting precious gems securely, and the precious metal is naturally hypoallergenic. 

2. Uses of Platinum in Dental Work

We don’t often think of our mouth as an extreme environment, but with the acidity, chewing, and impact of all of the things we eat and drink, not all metals can handle the conditions. Platinum and other related metals, such as palladium and iridium, boast incredible durability and corrosion resistance. This makes them useful and popular choices for many kinds of dental work, from fillings to crowns to bridges. Platinum-group metals are usually alloyed with other precious metals — like gold, silver, copper, and zinc — to increase their malleability, which is essential for custom dental work.

3. Uses of Platinum in Sustainable Energy

In the race to create sustainable and environmentally friendly products, processes, energy, and lifestyles, scientists and engineers are innovating. Improving the efficiency and cleanliness of the things we use every day is a big step in that process. Among the precious metals, platinum plays an important role in the development of sustainable energy. Hydrogen fuel cells use platinum as a catalyst to improve efficiency, and the metal also serves as a vital element in catalytic converters, which reduces the toxicity of car exhaust and helps cut down on pollution.  

Read more about precious metals and sustainable energy >> 

4. Uses of Platinum in Medicine

Platinum-based chemotherapy is used as a major treatment for cancer patients with a wide variety of cancers. When combined, ruthenium and platinum pack a one-two punch as a cancer-fighting combo. Ruthenium gathers light, transferring some of the light energy to the platinum part of the molecule, which turns the platinum site into an effective treatment that can bind more effectively to the DNA.

Additionally, platinum helps to reduce unwanted side-effects and toxicity of the treatment in other areas of the body. The intravenous treatment attacks the structure and function of cancer cells to prevent them from reproducing and growing. 

5. Uses of Platinum in Electronics

Computers often use precious metals in their hard drives, albeit in small quantities. Because of their conductive properties — as well as resistance to high heat and corrosion — metals like gold, silver, palladium, copper, and platinum remain essential to current and future computer technology. 

One of the biggest challenges for the electronics industry and governmental organizations has been figuring out how to reclaim precious metals used in computers and other electronics before they end up in landfills. It’s not likely to be worth your time to try salvaging the metals from your electronics, because there’s not much in a single hard drive, but add up the thousands of electronics thrown away every year, and suddenly it makes sense to recycle those old hard drives instead of sending them to the dump. 

Electronics recycling programs make it easy to safely dispose of your old electronics and keep precious metals like gold, silver, and platinum from going to waste. 

Learn More About Precious Metals Like Platinum 

Along with other precious metals, it’s no wonder that a beautiful and durable metal like platinum has stood the test of time. Platinum continues to surprise us with its versatility and utility as part of everyday life, from aesthetically pleasing jewelry and increased computing power to cancer-fighting treatments and sustainable energy. Interested in learning more about precious metals, including gold and silver? Visit RoslandCapital.com.

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Precious Metals and Sustainable Energy

What Is the Connection Between Precious Metals and Sustainable Energy?

Many of us have heard about sustainable energy, from solar energy to hydrogen fuel to renewable resources. But did you know that alternative energy sources and precious metals are deeply intertwined? In fact, the demand for renewable energy sources plays a prominent role in the demand for precious metals.

So, what does gold have to do with solar power? How does silver drive the electric vehicle industry? What does platinum have to do with hydrogen fuel cells? In this article, I’ll explain the many ways that gold, silver, platinum, and palladium are playing an important role in green energy research.

Gold, Silver, and Sustainable Energy

For millennia, nearly every culture in the world has mined gold and silver for various purposes. Besides their most common uses — such as jewelry or medical devices — gold and silver also have enjoyed a variety of “magical” applications throughout history, particularly for ancient and medieval alchemy. 

Although spinning gold into something else might seem like the stuff of fairy tales, researchers have been able to use gold as a catalyst to turn solar energy into methane and methanol. Well-known for its high conductivity, silver, too, has emerged as a key ingredient in the development of solar technologies. When used in the form of a paste in solar cells, silver helps conduct electrons from sunlight and the resulting electrical energy that can be used immediately or stored in batteries. 

Additionally, silver plays a vital role in the electric vehicle (EV) industry, which is growing rapidly. According to McKinsey, 143 new EVs were launched in 2019 and automakers plan on launching 450 additional models by 2022. From the electric engine to the battery pack to the batter management system, silver is necessary for EVs to operate. Gold, too, is used for the circuit boards of EVs. 

A global authority on precious metals, the London Bullion Market Association predicts that the demand for silver in the auto industry will increase 246% by 2040 — from a little more than 1,300 metric tons in 2015 to more than 4,500 metric tons in 2040. Although the amount of silver and gold may be small from car to car, the aggregate total is notable and will only expand the importance and value of these precious metals. 

Platinum, Palladium, and Renewable Energy

Discovered in 1735, platinum is known for its brilliant shine and durability and is used in everything from dental tools to jewelry.

Platinum’s cousin palladium isn’t known as widely for its white luster as it is for its use in the automotive industry where it’s used to turn toxic pollutants into water vapor and less-harmful carbon dioxide. In recent years, the demand for palladium has grown thanks to research into its applications in alternative energy. In fact, although palladium isn’t used in electric car production, the demand for palladium in hybrid cars is on the rise.

Groundbreaking uses for platinum and palladium are emerging as scientists investigate how to shift from a fossil fuel-based economy to a hydrogen-based economy. Both metals are excellent candidates for use as catalysts in hydrogen fuel cells, because of their excellent conductivity. Platinum and palladium make it possible to turn hydrogen into an efficient, powerful, and sustainable fuel source. This potential makes platinum and palladium the standouts among the precious metals for green technologies.

Driven by Precious Metals, the Future Is Green

Although we can’t be sure what the future holds, all signs point toward more industries “going green” at a rapid clip. As interest in sustainability grows, innovative uses for precious metals will only drive demand. If you’re interested in learning more about precious metals, including gold and silver, visit RoslandCapital.com.