On October 19, 2026, the Inner Mongolia Institute of Metal Materials published a tender announcement for a tungsten-based powder three-dimensional forming system on the Sunshine Qicai · Bingfen Zhaocai Electronic Bidding and Tendering Trading Platform. The project is classified under goods, minerals, metallurgy, and non-ferrous metals, and the announcement has received 248 views. The tendering party has been officially verified by the platform, and the platform vouches for the authenticity of the information. The project is currently at the tender announcement stage and will subsequently pass through amendment announcements, bid opening, candidate publicity, and result announcement. The core equipment in this procurement is a tungsten-based powder three-dimensional forming system, referring to metal powder additive manufacturing equipment with tungsten as the main component. Tungsten-based materials have high melting points and are difficult to form, imposing stringent requirements on powder sphericity, particle size distribution, and oxygen content control. The corresponding forming systems typically need to match high-energy beam process routes such as laser or electron beam. The announcement does not disclose specific equipment parameters, powder grades, procurement quantities, or the bid submission deadline; it only specifies the publication date and the project's current progress milestone. Suppliers interested in this project can obtain key progress notifications through the platform. The tender for the tungsten-based powder three-dimensional forming system means that refractory metal additive manufacturing is advancing from laboratory validation to engineered equipment procurement, placing clearer industrialization requirements on upstream tungsten-based powders in terms of batch stability, fine powder yield, and forming process compatibility. For the metal powder industry, such equipment procurement is often accompanied by simultaneous screening of powder supply systems, and companies with refractory metal powder production capabilities will gain a window of opportunity to enter military and scientific research supply chains. Value for powder buyers: ① Monitor the supporting procurement pace of tungsten-based powders in refractory metal additive manufacturing projects and secure spherical tungsten powder supply channels in advance; ② Track the winning bid results of this three-dimensional forming system to determine the equipment manufacturer's corresponding powder compatibility system and particle size specification requirements; ③ Use the platform's progress notification function to monitor bid opening and candidate publicity milestones and obtain timely information on subsequent powder supporting procurement.