Empire Metals (LON:EEE) Shares Up 13% - What's Next?

Key Points

• Shares rose 13% to GBX 36.17 (intraday high GBX 37.18) on Thursday, with ~4.09 million shares traded—about 46% above the average daily volume.
• Canaccord reaffirmed a "speculative buy" and set a GBX 62 price target; MarketBeat shows an average analyst rating of Buy and an average target of GBX 62.
• Empire is an exploration company advancing the Pitfield titanium project, a very large anomaly (~40km x 8km x 5km) where drilling has shown continuous, high-grade TiO₂ in sandstone beds.

Empire Metals Limited (LON:EEE - Get Free Report)'s share price rose 13% on Thursday . The company traded as high as GBX 37.18 and last traded at GBX 36.17. Approximately 4,091,687 shares changed hands during trading, an increase of 46% from the average daily volume of 2,793,133 shares. The stock had previously closed at GBX 32.

Analyst Upgrades and Downgrades

Separately, Canaccord Genuity Group reaffirmed a "speculative buy" rating and issued a GBX 62 price objective on shares of Empire Metals in a research report on Friday, January 9th. One investment analyst has rated the stock with a Buy rating, According to MarketBeat, Empire Metals presently has an average rating of "Buy" and an average price target of GBX 62.

Empire Metals Stock Performance

The company has a market cap of £255.92 million, a PE ratio of -371.13 and a beta of 2.42. The stock's 50 day simple moving average is GBX 38.87 and its two-hundred day simple moving average is GBX 41.73. The company has a quick ratio of 20.03, a current ratio of 22.12 and a debt-to-equity ratio of 0.05.

Empire Metals Company Profile

Empire Metals is an exploration and resource development company with a primary focus on developing Pitfield, an emerging giant titanium project in Western Australia. The high-grade titanium discovery at Pitfield is of unprecedented scale, with airborne surveys identifying a massive, coincident gravity and magnetics anomaly extending over 40km by 8km by 5km deep. Drill results have indicated excellent continuity in grades and consistency of the mineralised beds and confirm that the sandstone beds hold the higher-grade titanium dioxide (TiO₂) values within the interbedded succession of sandstones, siltstones and conglomerates.

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