Introduce API 6A Wellhead Casing Head for Oilfield Cementing 2000-15000 PSI For You

Altri video
December 03, 2025
Brief: Here’s a fast, informative look at what this solution does and how it behaves. This video introduces the API 6A Wellhead Casing Head for oilfield cementing, showcasing its design, connection options, and how it meets various pressure requirements from 2000 to 15000 PSI in real-world applications.
Related Product Features:
  • Designed to meet API 6A standards for reliable oilfield cementing operations.
  • Available in working pressures ranging from 2000 to 15000 PSI for versatile use.
  • Customizable spool and adapter designs to fit various customer models and sizes.
  • Offers three BOP connection models: flanged, studded, and clamped-in styles.
  • Features stainless steel gasket groove welding for extended service life.
  • Reduces maintenance costs through durable construction and material selection.
  • Compatible with top and bottom flange sizes including 11", 13-5/8", 16-3/4", and more.
  • Supports hanging tubing hanger and sealing annular space in wellhead assemblies.
Domande frequenti:
  • What pressure ratings are available for the API 6A Wellhead Casing Head?
    The casing head is available in working pressures from 2000 to 15000 PSI, with specific combinations of top and bottom flange sizes to suit various operational needs.
  • Can the casing head be customized for different wellhead configurations?
    Yes, the spool and adapter can be designed according to customer-specific models and sizes, ensuring compatibility with site requirements and various BOP connection types.
  • What types of connections does the casing head support?
    It supports flanged, studded, and clamped-in connection styles, with gasket grooves line-welded in stainless steel per API Spec 6A for durability and reduced maintenance.
  • How does the casing head contribute to cost efficiency in oilfield operations?
    By using stainless steel welding in gasket grooves and robust design, it prolongs service life and minimizes maintenance, leading to lower long-term operational costs.