S&P Futures
4,073.00 -17.00 (-0.42%) Dow Futures
34,012.00 -144.00 (-0.42%) Nasdaq Futures
12,108.75 -43.25 (-0.36%) Russell 2000 Futures
1,932.70 -6.70 (-0.35%) Crude Oil
79.13 +0.26 (+0.33%) Gold
1,941.70 -3.60 (-0.19%)
Applied Minerals, Inc. (AMNL)
Chart Events
Performance Outlook
| Previous Close | 0.0049 |
| Open | 0.0049 |
| Bid | 0.0000 x 0 |
| Ask | 0.0000 x 0 |
| Day's Range | 0.0044 - 0.0051 |
| 52 Week Range | 0.0030 - 0.0200 |
| Volume | |
| Avg. Volume | 2,647,370 |
| Market Cap | 941,790 |
| Beta (5Y Monthly) | -0.00 |
| PE Ratio (TTM) | N/A |
| EPS (TTM) | -0.0200 |
| Earnings Date | N/A |
| Forward Dividend & Yield | N/A (N/A) |
| Ex-Dividend Date | N/A |
| 1y Target Est | N/A |
- ACCESSWIRE
Applied Minerals, Inc. Enters into Distributorship and Agency Agreement with DNB Enterprise of South Korea
Applied Minerals, Inc. (the "Company" or "AMI") (OTCQB:AMNL), a leading producer of halloysite clay products under the DRAGONITE trade name for high-value industrial applications, is pleased to announce that it has entered into a Distributorship and Agency Agreement with DNB Enterprise ("DNB") for the Republic of Korea where DNB will be the exclusive distributor of the Company's DRAGONITE halloysite clay products.
- ACCESSWIRE
Applied Minerals, Inc. Receives Additional Purchase Orders for its DRAGONITE Halloysite Clay Products
Applied Minerals, Inc. (the "Company" or "AMI") (OTC:AMNL), a leading producer of halloysite clay products under the DRAGONITE trade name for high-value industrial applications, recently received purchase orders for its DRAGONITE halloysite clay product totaling approximately 20,000 lbs.
- ACCESSWIRE
Applied Minerals, Inc. Receives Grant to Continue the Development of Halloysite-Derived Silicon for Use in Lithium-Ion Batteries
Applied Minerals, Inc. (the "Company" or "AMI") (OTC:AMNL), a leading producer of halloysite clay products under the DRAGONITE trade name for high-value industrial applications, is pleased to announced that it has received a U.S. DOE Phase II, Release 2 STTR Award to continue the development of the commercialization of halloysite clay-derived porous silicon as a replacement for graphite to increase the energy density of lithium-ion batteries.
