China’s State Administration for Market Regulation has told Anglo American that any approval of its proposed $54 billion merger with Canada’s Teck Resources will require a firm commitment to supply copper concentrate to Chinese smelters. The request reflects Beijing’s struggle to secure enough raw material for its vast copper‑smelting industry, which processes about 60% of the world’s copper cathodes.
Why the demand matters
Chinese refined copper output is projected to grow at its slowest pace since at least 2000, as smelters compete for dwindling feedstock and falling by‑product sulphuric‑acid prices squeeze profitability. By tying the merger to a supply‑security pledge, regulators aim to protect domestic industry and ensure a reliable feedstock pipeline.
Company responses
Anglo American said it is making “good progress” on the deal and is working constructively with the regulator through its structured review process, though it declined to provide further details. Teck Resources declined comment on the regulatory discussions. Both firms maintain marketing teams in China and sell large volumes of unrefined copper concentrate to international buyers, including Chinese, Japanese and European custom smelters.
Potential market impact
Analysts warn that cutting off the massive unrefined copper volumes from the open market could accelerate the closure of some Western processing facilities already under pressure from rising costs. If the regulator imposes destination clauses, the industry may shift away from traditional annual benchmark pricing toward index‑linked spot pricing.
The Anglo‑Teck combination would control roughly 5% of global copper supply, staying below competition thresholds that typically trigger more aggressive antitrust remedies. The merger has already cleared all other regulatory hurdles and is expected to close by March 2027.
China’s effective veto power over the transaction underscores how resource‑hungry nations are increasingly using merger reviews to secure critical minerals essential for the clean‑energy transition.
Original reporting: Appleton, WI News Feed (HLL/CB) — read the source article.
