Extruded Containers Tooling Solutions
Hyperion Materials & Technologies, a global leader in tooling for metal packaging, supplies impact extrusion tooling for collapsible tubes, aluminum aerosol cans, and related monobloc aluminum container programs through TEMSA, a key part of Hyperion’s can tooling manufacturing network.
Serving monobloc aluminum packaging and aluminum aerosol can tooling applications, Hyperion combines application-specific carbide and steel grades, tight tolerances, mirror polishing, and global can tooling support to help manufacturers run demanding extrusion programs with greater consistency. Material selection, micron-level accuracy, and working-surface finish directly influence can quality, line stability, and tool life, making premium aerosol can tooling an important factor in overall production performance.
Products
Aerosol Cans Tooling Solutions
Type: Premium Tooling for Aerosol Cans, Collapsible Tubes and Monobloc Containers
Dimensions: as per drawing/requested
Description: Precision tooling for aerosol cans with proven grades, tight tolerances and polished finishes for consistent impact extrusion performance.
Engineered Carbide Dies for Monobloc Can Manufacturing
Hyperion engineers impact extrusion dies and related tooling for monobloc can manufacturing with a strong focus on carbide grade selection, dimensional control, and finished internal geometry. The inner profile of the forming tool is ground and polished to support repeatable metal flow and consistent can geometry. Hyperion also produces tooling for complex profiles and shaped extruded containers, and one piece can applications with mirror-polished internal surfaces and controlled surface roughness finish that support stable production on high-speed lines.
For manufacturers that require high impact extrusion tooling, premium tools can lower total operating cost over time. Better materials, tighter tolerances, and higher-quality surface finishes reduce variation, rework, and downtime to support longer, more predictable production runs. That value becomes more important as producers qualify lightweight formats, shaped containers, and PCR grades for evolving aerosol and tube applications.
Custom Engineering & Development Partnerships
Hyperion supports co-development through integrated materials, machining, grinding, and finishing capabilities. Application expertise and in-house engineering support help shorten development cycles and maintain accuracy on demanding geometries.
Hyperion’s manufacturing network in Barcelona serves as the Global Can Tooling Competence Center, including TEMSA’s can tooling operations. Hyperion’s broader carbide supply chain includes in-house ready-to-press powder processing in the United States and France. A regionalized manufacturing network spans the Americas, Europe, and Asia, while long-standing supplier relationships strengthen continuity for critical tooling programs.
For aerosol-specific applications, explore Hyperion’s aerosol can tooling product page. Your Hyperion salesperson can offer expertise in selecting products best suited to your needs.
FAQs About Extrusion Tooling
Hyperion’s impact extrusion tooling uses application-specific cemented carbide and steel grades selected for wear resistance, toughness, dimensional stability, and the required surface finish for the forming profile. Hyperion also continues to develop can tooling materials with improved resistance to adhesion, abrasion, and corrosion.
Hyperion’s aluminum aerosol can tooling is designed for monobloc production and can be engineered for shaped containers with high geometric complexity. Single-operation profile grinding and mirror polishing help maintain profile accuracy and surface quality across demanding can shapes.
Hyperion provides custom-designed extrusion punches, impact extrusion dies, and related tooling through co-development, in-house processing, precision grinding, and global can tooling engineering support. Hyperion’s integrated manufacturing approach is designed to help customers move from concept to production with tighter control over quality and delivery.
