Hefei Qixing Invests $453M in 50,000-Ton Magnesium Alloy Ingot Project in Anhui

[Magnesium Ingot Futures Edge Down, Limited Just-in-Time Procurement Leads to Mediocre Trading] Today, magnesium ingot prices consolidated on a subdued note. Upstream producers held firm on offers, but room for negotiation on actual orders opened up. Downstream only had sporadic just-in-time procurement and low willingness to restock. Combined with the overseas summer break, where the ex-China market clearly pushed for lower prices, tight supply of low-priced goods limited the downside room. In the short term, the market remained stagnant and subdued, with little chance of significant improvement.

[SMM Magnesium Express]Yesterday, according to Chongqing Daily, the Chongqing Hub Port Industrial Park achieved breakthroughs in the field of magnesium alloy automotive lightweighting. The park's enterprises successfully mass-produced 5,000 tons of magnesium alloy TPI semi-solid injection molding body structure mold, effectively enhancing the regional automotive lightweight manufacturing process level. In the first half of the year, the output value of large-scale automotive component enterprises in the park exceeded 2.2 billion yuan, with nearly 950 million yuan worth of products deeply supporting leading intelligent connected new energy vehicle enterprises such as Changan and Seres. As the mass production process of large magnesium alloy structural components becomes increasingly mature, its large-scale application in the new energy vehicle sector is expected to further accelerate.

[SMM Magnesium Express]Recently, Shanxi Badam Magnesium Industry Co., Ltd., the National Magnesium Alloy Materials Engineering Technology Research Center of Chongqing University, and Chongqing Magnesium-Based New Materials Co., Ltd. jointly signed an agreement to establish the "Badam Pilot Production Base of the National Magnesium-Based New Materials Joint Technology Center." The three parties will focus on innovating magnesium alloy surface corrosion protection technology and optimizing connection processes, addressing key challenges in pilot production industrialization to break through barriers from laboratory achievements to industrial mass production. With the implementation of this industry-university-research collaborative innovation platform, technical bottlenecks in the field of magnesium alloy corrosion protection are expected to be accelerated, facilitating the industry's transformation and upgrading toward higher-end and higher-value-added directions.