Amid the wave of lightweight development in new energy vehicles, the die-casting mold industry is accelerating its upgrade. Recently, the Magnesium & Aluminum Alloy and Semi-Solid Mold and Product R&D Pilot Center at the Anhui Lu'an Die-Casting Mold Plant No. 3 (hereinafter referred to as "Lu'an Plant No. 3") of Ningbo Xinlin Mould Technology Co., Ltd. (hereinafter referred to as "Xinlin Mould") was officially put into operation. This plant commenced production in May 2024. The launch of this pilot center marks a key breakthrough for Xinlin Mould in capacity layout, technological R&D, and market expansion, further strengthening its competitiveness in the high-end die-casting mold sector.
 

Xinlin Mould's Lu'an Plant Mold Manufacturing Workshop

Xinlin Mould's Lu'an Plant Special Steel Material Heat Treatment Workshop for Molds

Xinlin Mould has been deeply engaged in the magnesium and aluminum alloy die-casting mold field for many years. Relying on the mature operations of its Ningbo Plant No. 1 and No. 2, it has accumulated abundant technical and customer resources. To implement its differentiated business strategy, the company invested in and established Lu'an Plant No. 3. Its core business covers die-casting mold design, R&D, manufacturing, and heat treatment of special steel materials for molds. It has rapidly grown into the largest-scale die-casting mold manufacturing base in Anhui and surrounding regions, filling the gap in regional high-end, large die-casting mold production capacity. 
 

Application Case of Semi-Solid Magnesium Alloy Mold

Building upon the stable operation of the plant, Xinlin Mould recently established the Magnesium & Aluminum Alloy and Semi-Solid Mold and Product R&D Pilot Center (hereinafter referred to as the "Pilot Center"), creating an integrated ecosystem of "production + R&D + pilot manufacturing." The Pilot Center is equipped with large die-casting machines of various specifications such as 4500T, 2000T, and 850T, as well as large 3000T and 1250T die-casting machines integrating "die-casting + semi-solid magnesium alloy TPI" technology. Complemented by supporting equipment like magnesium alloy dosing furnaces, aluminum alloy furnaces, high-vacuum machines, mold temperature controllers, and peripheral auxiliary equipment forming intelligent die-casting cells, it can efficiently complete the pilot manufacturing of high-precision semi-solid magnesium alloy, high-pressure magnesium alloy, and aluminum alloy die-casting molds and components. This setup caters to the R&D needs for core components in new energy vehicles, humanoid robots, electric bicycles, low-altitude aircraft, and more.