Precious Metals is ranked #46 of 49 industries by 3-month relative strength, with -31.38% excess return vs the S&P 500 over the last 63 trading days. It sits inside the Materials GICS sector and contains 67 stocks.
As of Jul 6, 2026, the precious metals industry is ranked #46 of 49by 3-month relative strength versus the S&P 500. It is currently lagging the market, with an excess return of -31.38% over the past 63 trading days.
The 1-month rank is #42, the 6-month rank is #46, and the 1-year rank is #6. Compare these to spot a rotation: a falling 6M rank with a rising 1M rank tells you the industry is turning — money is starting to come back.
The 67 constituents are ranked by relative strength above. See the full constituents table for per-name RS.
How many stocks are in the Precious Metals industry?
67 US-listed core stocks (common shares + ADRs) map to the Precious Metals Fama-French industry as of 2026-07-06.
What GICS sector does Precious Metals belong to?
Precious Metals maps to the Materials GICS sector.
How is relative strength computed?
Each constituent’s excess log-return versus the S&P 500 over the window, aggregated market-cap-weighted across the industry. Industries above zero are outpacing the broad market; below zero are lagging.
Stable position
This group traded 0.7× its typical dollar-volume today and accounted for 0.5% of total market dollar-volume — a read on how much participation is concentrated here right now.
Strength is spread across many constituents. Healthier rotation; setups likely available beyond the obvious names.
0 of 42 constituents are within 2% of a 52-week high.
A wide move (most names above their MAs) is healthier than a narrow one led by a handful of mega-caps.
Gold and silver mining — companies that extract precious-metal ores (SIC 1040–1049).
Precious Metals is one of 49 industries in the Fama-French taxonomy. SIC code-based classification published monthly by Ken French at Dartmouth. The FF49 groupings are intentionally coarser than GICS or SIC alone — useful for market-rotation reads, less useful for fine-grained screening.
FF49 is intentionally coarse — useful for rotation reads, less useful for fine-grained screening. Read the methodology →