Source: Canterra Minerals Corporation
  • Canterra Minerals (CTM) has closed its private placement for gross proceeds of approximately $1.1 million
  • The offering consisted of 3,692,500 flow-through common shares priced at $0.30 per share
  • The proceeds from the offering will be used for exploration expenses on the company’s mineral properties in Newfoundland
  • Canterra Minerals is engaged in the acquisition, exploration and evaluation of mineral properties in Newfoundland
  • Canterra Minerals Corporation (CTM) opened trading at C$0.265 per share

Canterra Minerals (CTM) has closed its previously announced private placement for gross proceeds of approximately $1.1 million.

The offering consisted of 3,692,500 flow-through common shares priced at $0.30 per share.

Gross proceeds will be used for exploration activity on the company’s  Wilding, Noel-Paul and Lemarchant projects located in central Newfoundland. Drilling is expected to recommence in early 2022.

The company has paid finder’s fees totalling $51,240.

The shares are subject to a statutory hold period expiring on April 25, 2022.

Canterra Minerals is engaged in the acquisition, exploration and evaluation of mineral properties in Newfoundland.

Canterra Minerals Corporation (CTM) opened trading at C$0.265 per share.

More From The Market Online

York Harbour Metals reveals promising rare earth sampling assays

York Harbour Metals shares positive channel sampling assays from its Bottom Brook rare earth elements project in Newfoundland and Labrador.

One of the best stocks for a silver rebound play

Impact Silver (TSXV:IPT) uncovers a silver vein in Mexico, bolstering its case as one of the best stocks to play a rebound in silver…

Canada Nickel Company posts best result to date at Reid discovery

Canada Nickel Company (TSXV:CNC) releases assays from four drill holes from its 2024 program at its Reid property in Ontario.

Three stocks with multi-bagger potential

The best investors stick to stocks with the most easily discernible reasons in support of their multi-bagger potential.