Sinyuan ZM Cooperates With YIZUMI on Thixomolding Machines Again

June 14th is the third day of the 15th International Foundry Trade Fair with Technical Forum, which is also known as GIFA.

Ningbo Sinyuan ZM Technology Co., Ltd. (Sinyuan ZM) has signed a strategic cooperation agreement with YIZUMI to order a 3200T Mg-Thixomolding machine, which also is the largest tonnage in the world so far, at the booth of YIZUMI (Booth No. 11A42) in Dusseldorf, Germany.

After signing a contract with YIZUMI for two Mg-Thixomolding machines UN650MGII and UN1500MGII in December 2021, the two parties have reached a deep cooperation again after only 18 months.

Mr. Qiu Zhuoxiong, Chairman and CEO of Sinyuan ZM, and Stefan Fritsche, CSO of YIZUMI Die Casting and Metal Forming, sign a cooperation agreement.

Industry experts, customers and representatives have been invited to witness the signing ceremony of the 3200T Mg-Thixomolding turnkey solution and the establishing of strategic partnership between Sinyuan ZM and YIZUMI.

Mr. Libo Zhang, vice president of China Machinery Industry Federation and president of China Foundry Association, makes a speech at GIFA, "Sinyuan ZM and YIZUMI are the leading enterprises in China's die casting industry, which have made positive contributions to China's magnesium alloy die-casting industry and new energy vehicles in terms of industry development, technological innovation, green factories, and intelligent applications. In this cooperation, they give full play to their respective advantages to jointly develop the world's largest 3,200-ton thixomolding machine, and signed a contract at GIFA in Germany. This marks another new breakthrough of YIZUMI in large-size equipment, and also marks that Chinese enterprises have reached a new level in large-size thixomolding machines. Here, on behalf of the China Foundry Association, I would like to express my heartfelt congratulations to the success of the signing event. I hope that Sinyuan ZM and YIZUMI will create new prospects in technology research and development, manufacturing, and market expansion through in-depth cooperation, and make new contributions to promoting the high-quality development of China's manufacturing industry."

Located in Beilun, Ningbo City, the "hometown of die-casting molds in China", Sinyuan ZM specializes in the development, design and production of magnesium alloy die casting parts. In addition, it is dedicated to lightweight applications and the promotion of magnesium alloy die casting in body structure components, interior parts and others, such as lamp cooling frame, seat armrest skeleton, etc.

YIZUMI has been developing Mg-Thixomolding equipment and respective casting technologies since 2009. Focusing on ensuring stable production processes, YIZUMI integrates advanced technology from China and Europe. YIZUMI's hot runner technology increases injection volume, improve filling performance and overall product quality.

After the deep understanding of YIZUMI's Thixomolding processes, Sinyuan ZM signed a contract with YIZUMI in December 2021 and ordered a UN650MGII and a UN1500MGII to produce exterior and structural parts to promote the large-scale application of magnesium alloy in the field of automotive lightweighting.

Owing to the close cooperation in years past, both Sinyuan ZM and YIZUMI are confident for their future cooperation and have confirmed a far-reaching strategic partnership at GIFA. In this regard, the representative of Sinyuan ZM stressed: "YIZUMI is practicing their new tagline of 'Think Tech Forward' with actions. We hope that in the competition of lightweighting, both our companies can work together to create unique value benefits and take the lead in the industry."

Currently, many customers in China, Germany and the United States have introduced our Mg-Thixomolding machines & technology for their production of lightweight casting parts.

For more exciting details of Mg-Thixomolding technology, you are warmly welcome to visit us at hall 11 booth A42, or follow us on our website https://www.yizumi.com/en/news/expo/t20536.