NFT Ltd. (AMEX: MI) Announces 1-for-80 Reverse Stock Split to Boost Share Price

Font: Financial Modeling Prep  • May 11, 2026

• NFT Ltd. is implementing a 1-for-80 reverse stock split.
• This corporate action aims to increase the share price and help meet exchange listing requirements.
• The split is scheduled to become effective around May 18, 2026, with split-adjusted trading commencing the same day.

NFT Ltd. (AMEX: MI) is an online trading platform focused on the art and collectibles market. The company currently has a market capitalization of about $1.07 million. Market capitalization is the total value of a company's shares and is calculated by multiplying the share price by the number of outstanding shares.

NFT Ltd. has announced an upcoming 1-for-80 reverse stock split for its shares, as highlighted by GlobeNewswire. A reverse stock split is a significant corporate action where a company reduces its total number of outstanding shares. This action increases the price per share but does not change the company's total value, a key consideration for investing strategy.

The company's board of directors approved the split on April 23, 2026. This followed an earlier authorization from shareholders on April 17, 2026, demonstrating strong shareholder approval. The stock split is scheduled to become effective on or around May 18, 2026, a date closely watched in stock market news.

Upon the split's effectiveness, shareholders will receive one new ordinary share for every eighty shares they currently own. NFT Ltd.'s Class A ordinary shares are expected to begin trading on a split-adjusted basis when the market opens on May 18, 2026. The new par value will be $0.04 per share, impacting future trading activity.

Currently, NFT Ltd. is trading at a price of $0.21. The stock's 52-week trading range has been between a low of $0.19 and a high of $6.70. Companies often perform reverse stock splits to increase their stock price, which can help them meet crucial exchange listing requirements and influence investment decisions.