Metal Recommendation: Noble Metals

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Noble metal portfolio allocation 33%

Strong Buy

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Noble metals are metallic elements that are resistant to corrosion and oxidation, and are often found in nature in their raw form. They are valuable and rare, and have many uses in advanced technologies, metallurgy, and ornamentation. 

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Allocation of 33.34%

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Rhodium 33.33%

Strong Buy: take allocation to 43.3%

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Platinum 33.33%:

Strong Buy take to 43.33%

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Silver 13.33% : Hold

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Gold 20.1% Review notes: selling beginning $3,200 out at $5,000

5:4 : Rule pricing violaion, sales trigger

Notes: Hold and sell around $3,200 to purchase Rhodium in 2025

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Earth's Crust

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1. Abundance:

• Platinum is estimated to be present at about 5 parts per billion (ppb) in Earth's crust.

• This makes platinum extremely rare, though slightly more abundant than gold (estimated at 4 ppb).

• Other platinum group metals like rhodium, iridium, and osmium are even rarer, with abundances around 1 ppb or less.

  2. Comparison to other elements:

• Platinum's abundance is far lower than common metals like iron (5.6% of crust) or aluminum (8.1% of crust).

• Even compared to other precious metals, platinum is scarce - silver is estimated at 75 ppb in the crust.

  3. Classification:

• Platinum belongs to the platinum group metals (PGMs), which are considered noble metals due to their chemical inertness.

• The PGMs include platinum, palladium, rhodium, ruthenium, iridium, and osmium.

  4. Occurrence:

• Platinum is often found with other PGMs in deposits.

• It's commonly associated with nickel and copper ores.

• Some deposits contain platinum in its native metal form.

  5. Economic significance:

• Despite its rarity, platinum has important industrial applications, particularly in catalytic converters.

• Its scarcity contributes to its high value as a precious metal.

This information highlights that platinum and other noble metals like the PGMs are among the rarest elements in Earth's crust, occurring at levels of just a few parts per billion or less. Their scarcity makes them valuable both economically and for scientific