TYHI 20MN Extrusion Press Supports National New Materials R&D Project
September 09,2026
Three months after startup, zero operating failures, and energy consumption 20% lower than conventional configurations — plus the successful completion of multi-batch trial production and verification of new materials — this is the record delivered by Taiyuan Heavy Industry's 20 MN single-action reverse aluminum extrusion press. The unit serves a demonstration line for a national key new-material technology breakthrough project. The customer's verdict was simple: "Choose Taiyuan Heavy Industry, and you can't go wrong."
The customer's project is a forward-looking demonstration line for advanced aluminum-based and copper-based composite materials. Once completed, it will provide early-stage technical support for aluminum applications in strategic emerging industries such as aerospace, rail transit, and new-energy vehicles.
Taiyuan Heavy Industry Binhai Company accurately matched the user's production needs for new metal materials. The single-action reverse aluminum extrusion press it developed handles high-end metal profiles in multiple specifications and types. It also carries self-developed energy-saving control technology that cuts overall energy consumption by about 20% compared with conventional configurations, boosting both efficiency and sustainability. In addition to solid product performance, the company provides ongoing after-sales follow-up service, with repeated on-site revisit inspections to ensure stable, efficient operation. Since startup, the line has successfully completed multi-batch trial production and verification of new materials, significantly shortening the user's product development cycle.
Quality builds the foundation, and service keeps the promise. Taiyuan Heavy Industry provides full-process reliable support for the national new-material project, making the customer's comment — "Choose Taiyuan Heavy Industry, and you can't go wrong" — even more convincing.
Source : www.51cm.org
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Tags : TYHI extrusion press new materials R&D
