1050 ID Cold Pressing 2:1 Standard Ellipsoidal Dished Head

The ellipsoidal head is fabricated via the cold pressing process and serves as a core sealing and pressure-bearing component for general pressure-bearing equipment. Its standard ellipsoidal structure with a 2:1 major-to-minor axis ratio combined with a straight edge design optimises the medium flow path, reduces material retention, and adapts to multi-condition operating requirements from -20℃ to normal temperature. It can stably withstand medium and low working pressures, ensuring the long-term safe operation of equipment.

Produced by an enterprise with over 12 years of experience in precision head manufacturing, the product quality is recognised by relevant enterprises in multiple countries around the world, and it is suitable for core scenarios of small and medium-sized pressure-bearing equipment in chemical, energy, food and pharmaceutical industries.

• Core Sealing for Pressure-Bearing Equipment: As the end-sealing component for 5-15 cubic meter storage tanks and reactors, it is used for the storage and transportation of chemical media, food raw materials, industrial fluids, etc., ensuring medium tightness and reducing leakage risks.
• Industry Adaptability: Meeting the needs of small and medium-sized equipment in chemical, energy, food and pharmaceutical industries, it can be accurately connected with anti-wave plates and pressure-bearing valves in equipment, improving the overall pressure-bearing performance and operational stability of equipment, and adapting to scenarios such as raw material storage, process reaction, and finished product turnover.

• Customisation Service: Customised solutions for ellipsoidal head size, polishing area and surface treatment are available according to equipment volume, medium type and interface requirements.
• Quality Assurance: Full-process quality traceability, with strict control over each link from S30408 raw material cutting, cold pressing forming to finished product inspection; each product is accompanied by a material certificate and quality inspection report, meeting the long-term safe operation requirements of pressure-bearing equipment.