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- FEAM vs LEE Comparison
FEAM vs LEE Comparison
Compare FEAM & LEE Stocks: Price Trends, ML Decisions, Charts, Trends, Technical Analysis and more.
- Machine Learning Prediction
- ML Decision
- FEAM
- LEE
- Stock Information
- Founded
- FEAM 2016
- LEE 1890
- Country
- FEAM United States
- LEE United States
- Employees
- FEAM N/A
- LEE N/A
- Industry
- FEAM Major Chemicals
- LEE Newspapers/Magazines
- Sector
- FEAM Industrials
- LEE Consumer Discretionary
- Exchange
- FEAM Nasdaq
- LEE Nasdaq
- Market Cap
- FEAM 32.4M
- LEE N/A
- IPO Year
- FEAM N/A
- LEE N/A
- Fundamental
- Price
- FEAM $0.47
- LEE $15.15
- Analyst Decision
- FEAM Strong Buy
- LEE
- Analyst Count
- FEAM 2
- LEE 0
- Target Price
- FEAM $5.63
- LEE N/A
- AVG Volume (30 Days)
- FEAM 77.3K
- LEE 25.5K
- Earning Date
- FEAM 02-12-2025
- LEE 12-12-2024
- Dividend Yield
- FEAM N/A
- LEE N/A
- EPS Growth
- FEAM N/A
- LEE N/A
- EPS
- FEAM N/A
- LEE N/A
- Revenue
- FEAM N/A
- LEE $611,380,000.00
- Revenue This Year
- FEAM N/A
- LEE $2.04
- Revenue Next Year
- FEAM $773.56
- LEE N/A
- P/E Ratio
- FEAM N/A
- LEE N/A
- Revenue Growth
- FEAM N/A
- LEE N/A
- 52 Week Low
- FEAM $0.38
- LEE $7.56
- 52 Week High
- FEAM $2.48
- LEE $19.63
- Technical
- Relative Strength Index (RSI)
- FEAM 52.46
- LEE 41.55
- Support Level
- FEAM $0.40
- LEE $14.52
- Resistance Level
- FEAM $0.51
- LEE $15.99
- Average True Range (ATR)
- FEAM 0.06
- LEE 1.04
- MACD
- FEAM 0.01
- LEE -0.21
- Stochastic Oscillator
- FEAM 68.99
- LEE 41.21
About FEAM 5E Advanced Materials Inc.
5E Advanced Materials Inc is an exploration stage company focused on becoming a vertically integrated supplier of specialty boron and boron derivative materials whose mission is to enable decarbonization, increase food security, and ensure domestic supply of critical materials. It has a project located in southern California underpinned by a mineral resource that includes boron and lithium, with the boron being contained in a conventional boron mineral known as colemanite. The company seeks to extract and process the minerals into boric acid, boron materials, lithium carbonate, and potentially other co-products on a commercial scale.